1279 lines
92 KiB
Plaintext
1279 lines
92 KiB
Plaintext
PNCH012 instance 1 duplicate of temperature [K] Data_Path=temp3@pn_c1_8
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PNCH012 instance 1 duplicate of pressure [Pa] Data_Path=press3@pn_c1_8
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HIDDEN
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HIDDEN
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PNRP17 instance 1 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_8
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PNRP17 instance 1 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_8
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MECMAS21 instance 1 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_10
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MECMAS21 instance 1 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_10
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MECMAS21 instance 1 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_10
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PNRP17 instance 1 force at port 2 [N] Data_Path=f2@pn_brp2_8
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LMECHN1 instance 2 common velocity at port 8 [m/s] Data_Path=p8__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 8 [m] Data_Path=p8__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 1 force at port 3 [N] Data_Path=f3@pn_brp2_8
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F000 instance 9 force (always zero) [N] Data_Path=fzero@zeroforcesource_26
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PNRP17 instance 1 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_8
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PNRP17 instance 1 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_8
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LSTP00A instance 1 contact force at port 1 [N] Data_Path=f1@elasticendstop_8
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PNRP17 instance 1 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_8
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PNRP17 instance 1 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_8
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PNRP17 instance 1 length of chamber [mm] Data_Path=length@pn_brp2_8
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PNCH012 instance 2 duplicate of temperature [K] Data_Path=temp3@pn_c1_9
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PNCH012 instance 2 duplicate of pressure [Pa] Data_Path=press3@pn_c1_9
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HIDDEN
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HIDDEN
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PNRP17 instance 2 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_9
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PNRP17 instance 2 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_9
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MECMAS21 instance 2 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_11
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MECMAS21 instance 2 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_11
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MECMAS21 instance 2 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_11
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PNRP17 instance 2 force at port 2 [N] Data_Path=f2@pn_brp2_9
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LMECHN1 instance 2 common velocity at port 7 [m/s] Data_Path=p7__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 7 [m] Data_Path=p7__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 2 force at port 3 [N] Data_Path=f3@pn_brp2_9
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F000 instance 10 force (always zero) [N] Data_Path=fzero@zeroforcesource_27
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PNRP17 instance 2 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_9
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PNRP17 instance 2 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_9
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LSTP00A instance 2 contact force at port 1 [N] Data_Path=f1@elasticendstop_9
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PNRP17 instance 2 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_9
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PNRP17 instance 2 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_9
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PNRP17 instance 2 length of chamber [mm] Data_Path=length@pn_brp2_9
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PNCH012 instance 3 duplicate of temperature [K] Data_Path=temp3@pn_c1_10
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PNCH012 instance 3 duplicate of pressure [Pa] Data_Path=press3@pn_c1_10
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HIDDEN
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HIDDEN
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PNRP17 instance 3 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_10
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PNRP17 instance 3 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_10
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MECMAS21 instance 3 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_12
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MECMAS21 instance 3 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_12
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MECMAS21 instance 3 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_12
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PNRP17 instance 3 force at port 2 [N] Data_Path=f2@pn_brp2_10
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LMECHN1 instance 2 common velocity at port 6 [m/s] Data_Path=p6__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 6 [m] Data_Path=p6__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 3 force at port 3 [N] Data_Path=f3@pn_brp2_10
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F000 instance 11 force (always zero) [N] Data_Path=fzero@zeroforcesource_28
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PNRP17 instance 3 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_10
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PNRP17 instance 3 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_10
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LSTP00A instance 3 contact force at port 1 [N] Data_Path=f1@elasticendstop_10
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PNRP17 instance 3 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_10
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PNRP17 instance 3 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_10
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PNRP17 instance 3 length of chamber [mm] Data_Path=length@pn_brp2_10
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PNCH012 instance 4 duplicate of temperature [K] Data_Path=temp3@pn_c1_11
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PNCH012 instance 4 duplicate of pressure [Pa] Data_Path=press3@pn_c1_11
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HIDDEN
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HIDDEN
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PNRP17 instance 4 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_11
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PNRP17 instance 4 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_11
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MECMAS21 instance 4 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_13
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MECMAS21 instance 4 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_13
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MECMAS21 instance 4 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_13
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PNRP17 instance 4 force at port 2 [N] Data_Path=f2@pn_brp2_11
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LMECHN1 instance 2 common velocity at port 5 [m/s] Data_Path=p5__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 5 [m] Data_Path=p5__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 4 force at port 3 [N] Data_Path=f3@pn_brp2_11
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F000 instance 12 force (always zero) [N] Data_Path=fzero@zeroforcesource_29
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PNRP17 instance 4 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_11
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PNRP17 instance 4 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_11
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LSTP00A instance 4 contact force at port 1 [N] Data_Path=f1@elasticendstop_11
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PNRP17 instance 4 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_11
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PNRP17 instance 4 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_11
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PNRP17 instance 4 length of chamber [mm] Data_Path=length@pn_brp2_11
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PNCH012 instance 5 duplicate of temperature [K] Data_Path=temp3@pn_c1_12
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PNCH012 instance 5 duplicate of pressure [Pa] Data_Path=press3@pn_c1_12
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HIDDEN
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HIDDEN
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PNRP17 instance 5 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_12
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PNRP17 instance 5 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_12
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MECMAS21 instance 5 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_14
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MECMAS21 instance 5 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_14
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MECMAS21 instance 5 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_14
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PNRP17 instance 5 force at port 2 [N] Data_Path=f2@pn_brp2_12
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LMECHN1 instance 2 common velocity at port 4 [m/s] Data_Path=p4__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 4 [m] Data_Path=p4__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 5 force at port 3 [N] Data_Path=f3@pn_brp2_12
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F000 instance 13 force (always zero) [N] Data_Path=fzero@zeroforcesource_30
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PNRP17 instance 5 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_12
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PNRP17 instance 5 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_12
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LSTP00A instance 5 contact force at port 1 [N] Data_Path=f1@elasticendstop_12
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PNRP17 instance 5 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_12
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PNRP17 instance 5 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_12
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PNRP17 instance 5 length of chamber [mm] Data_Path=length@pn_brp2_12
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PNCH012 instance 6 duplicate of temperature [K] Data_Path=temp3@pn_c1_13
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PNCH012 instance 6 duplicate of pressure [Pa] Data_Path=press3@pn_c1_13
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HIDDEN
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HIDDEN
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PNRP17 instance 6 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_13
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PNRP17 instance 6 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_13
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MECMAS21 instance 6 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_15
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MECMAS21 instance 6 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_15
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MECMAS21 instance 6 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_15
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PNRP17 instance 6 force at port 2 [N] Data_Path=f2@pn_brp2_13
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LMECHN1 instance 2 common velocity at port 3 [m/s] Data_Path=p3__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 3 [m] Data_Path=p3__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 6 force at port 3 [N] Data_Path=f3@pn_brp2_13
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F000 instance 14 force (always zero) [N] Data_Path=fzero@zeroforcesource_31
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PNRP17 instance 6 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_13
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PNRP17 instance 6 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_13
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LSTP00A instance 6 contact force at port 1 [N] Data_Path=f1@elasticendstop_13
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PNRP17 instance 6 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_13
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PNRP17 instance 6 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_13
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PNRP17 instance 6 length of chamber [mm] Data_Path=length@pn_brp2_13
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PNCH012 instance 7 duplicate of temperature [K] Data_Path=temp3@pn_c1_14
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PNCH012 instance 7 duplicate of pressure [Pa] Data_Path=press3@pn_c1_14
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HIDDEN
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HIDDEN
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PNRP17 instance 7 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_14
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PNRP17 instance 7 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_14
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MECMAS21 instance 7 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_16
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MECMAS21 instance 7 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_16
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MECMAS21 instance 7 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_16
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PNRP17 instance 7 force at port 2 [N] Data_Path=f2@pn_brp2_14
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LMECHN1 instance 2 common velocity at port 2 [m/s] Data_Path=p2__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 2 [m] Data_Path=p2__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 7 force at port 3 [N] Data_Path=f3@pn_brp2_14
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F000 instance 15 force (always zero) [N] Data_Path=fzero@zeroforcesource_32
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PNRP17 instance 7 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_14
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PNRP17 instance 7 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_14
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LSTP00A instance 7 contact force at port 1 [N] Data_Path=f1@elasticendstop_14
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PNRP17 instance 7 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_14
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PNRP17 instance 7 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_14
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PNRP17 instance 7 length of chamber [mm] Data_Path=length@pn_brp2_14
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PNCH012 instance 8 duplicate of temperature [K] Data_Path=temp3@pn_c1_15
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PNCH012 instance 8 duplicate of pressure [Pa] Data_Path=press3@pn_c1_15
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HIDDEN
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HIDDEN
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PNRP17 instance 8 derivative of volume at port 1 [L/min] Data_Path=vvol1@pn_brp2_15
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PNRP17 instance 8 volume at port 1 [cm**3] Data_Path=vol1@pn_brp2_15
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MECMAS21 instance 8 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_17
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MECMAS21 instance 8 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_17
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MECMAS21 instance 8 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_17
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PNRP17 instance 8 force at port 2 [N] Data_Path=f2@pn_brp2_15
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LMECHN1 instance 2 common velocity at port 1 [m/s] Data_Path=p1__vt@dynamic_mechanical_node_alternative_3
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LMECHN1 instance 2 common displacement at port 1 [m] Data_Path=p1__xt@dynamic_mechanical_node_alternative_3
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PNRP17 instance 8 force at port 3 [N] Data_Path=f3@pn_brp2_15
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F000 instance 16 force (always zero) [N] Data_Path=fzero@zeroforcesource_33
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PNRP17 instance 8 duplicate of velocity at port 3 [m/s] Data_Path=v4@pn_brp2_15
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PNRP17 instance 8 duplicate of displacement at port 3 [m] Data_Path=x4@pn_brp2_15
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LSTP00A instance 8 contact force at port 1 [N] Data_Path=f1@elasticendstop_15
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PNRP17 instance 8 duplicate of velocity at port 2 [m/s] Data_Path=v5@pn_brp2_15
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PNRP17 instance 8 duplicate of displacement at port 2 [m] Data_Path=x5@pn_brp2_15
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PNRP17 instance 8 length of chamber [mm] Data_Path=length@pn_brp2_15
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MECMAS21 instance 1 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_10
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MECMAS21 instance 1 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_10
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MECMAS21 instance 1 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_10
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F000 instance 1 force (always zero) [N] Data_Path=fzero@zeroforcesource_17
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MECMAS21 instance 1 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_10
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MECMAS21 instance 1 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_10
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MECMAS21 instance 1 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_10
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MECMAS21 instance 1 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_10
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MECMAS21 instance 1 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_10
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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MECMAS21 instance 2 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_11
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MECMAS21 instance 2 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_11
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MECMAS21 instance 2 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_11
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F000 instance 2 force (always zero) [N] Data_Path=fzero@zeroforcesource_18
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MECMAS21 instance 2 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_11
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MECMAS21 instance 2 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_11
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MECMAS21 instance 2 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_11
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MECMAS21 instance 2 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_11
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MECMAS21 instance 2 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_11
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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MECMAS21 instance 3 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_12
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MECMAS21 instance 3 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_12
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MECMAS21 instance 3 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_12
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F000 instance 3 force (always zero) [N] Data_Path=fzero@zeroforcesource_19
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MECMAS21 instance 3 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_12
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MECMAS21 instance 3 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_12
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MECMAS21 instance 3 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_12
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MECMAS21 instance 3 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_12
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MECMAS21 instance 3 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_12
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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MECMAS21 instance 4 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_13
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MECMAS21 instance 4 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_13
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MECMAS21 instance 4 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_13
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F000 instance 4 force (always zero) [N] Data_Path=fzero@zeroforcesource_20
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MECMAS21 instance 4 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_13
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MECMAS21 instance 4 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_13
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MECMAS21 instance 4 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_13
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MECMAS21 instance 4 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_13
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MECMAS21 instance 4 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_13
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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MECMAS21 instance 5 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_14
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MECMAS21 instance 5 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_14
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MECMAS21 instance 5 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_14
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F000 instance 5 force (always zero) [N] Data_Path=fzero@zeroforcesource_21
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MECMAS21 instance 5 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_14
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MECMAS21 instance 5 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_14
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MECMAS21 instance 5 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_14
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MECMAS21 instance 5 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_14
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MECMAS21 instance 5 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_14
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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HIDDEN
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MECMAS21 instance 6 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_15
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MECMAS21 instance 6 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_15
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MECMAS21 instance 6 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_15
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F000 instance 6 force (always zero) [N] Data_Path=fzero@zeroforcesource_22
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MECMAS21 instance 6 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_15
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MECMAS21 instance 6 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_15
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MECMAS21 instance 6 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_15
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MECMAS21 instance 6 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_15
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MECMAS21 instance 6 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_15
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HIDDEN
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HIDDEN
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HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
MECMAS21 instance 7 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_16
|
|
MECMAS21 instance 7 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_16
|
|
MECMAS21 instance 7 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_16
|
|
F000 instance 7 force (always zero) [N] Data_Path=fzero@zeroforcesource_23
|
|
MECMAS21 instance 7 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_16
|
|
MECMAS21 instance 7 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_16
|
|
MECMAS21 instance 7 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_16
|
|
MECMAS21 instance 7 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_16
|
|
MECMAS21 instance 7 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_16
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
MECMAS21 instance 8 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_17
|
|
MECMAS21 instance 8 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_17
|
|
MECMAS21 instance 8 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_17
|
|
F000 instance 8 force (always zero) [N] Data_Path=fzero@zeroforcesource_24
|
|
MECMAS21 instance 8 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_17
|
|
MECMAS21 instance 8 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_17
|
|
MECMAS21 instance 8 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_17
|
|
MECMAS21 instance 8 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_17
|
|
MECMAS21 instance 8 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_17
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 1 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_8
|
|
LMECHN1 instance 1 common velocity at port 1 [m/s] Data_Path=p1__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 1 [m] Data_Path=p1__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 2 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_9
|
|
LMECHN1 instance 1 common velocity at port 2 [m/s] Data_Path=p2__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 2 [m] Data_Path=p2__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 3 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_10
|
|
LMECHN1 instance 1 common velocity at port 3 [m/s] Data_Path=p3__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 3 [m] Data_Path=p3__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 4 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_11
|
|
LMECHN1 instance 1 common velocity at port 4 [m/s] Data_Path=p4__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 4 [m] Data_Path=p4__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 5 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_12
|
|
LMECHN1 instance 1 common velocity at port 5 [m/s] Data_Path=p5__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 5 [m] Data_Path=p5__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 6 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_13
|
|
LMECHN1 instance 1 common velocity at port 6 [m/s] Data_Path=p6__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 6 [m] Data_Path=p6__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 7 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_14
|
|
LMECHN1 instance 1 common velocity at port 7 [m/s] Data_Path=p7__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 7 [m] Data_Path=p7__xt@dynamic_mechanical_node_alternative_2
|
|
LSTP00A instance 8 duplicate of contact force at port 1 [N] Data_Path=f2@elasticendstop_15
|
|
LMECHN1 instance 1 common velocity at port 8 [m/s] Data_Path=p8__vt@dynamic_mechanical_node_alternative_2
|
|
LMECHN1 instance 1 common displacement at port 8 [m] Data_Path=p8__xt@dynamic_mechanical_node_alternative_2
|
|
MECMAS21 instance 9 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_18
|
|
MECMAS21 instance 9 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_18
|
|
MECMAS21 instance 9 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_18
|
|
LMECHN1 instance 1 total force at port 9 [N] Data_Path=tforce@dynamic_mechanical_node_alternative_2
|
|
FORC instance 2 force output [N] Data_Path=force@forcecon_2
|
|
MECMAS21 instance 9 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_18
|
|
MECMAS21 instance 9 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_18
|
|
MECMAS21 instance 9 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_18
|
|
MECMAS21 instance 9 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_18
|
|
MECMAS21 instance 9 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_18
|
|
MECMAS21 instance 9 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_18
|
|
MECMAS21 instance 9 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_18
|
|
MECMAS21 instance 9 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_18
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 1 gap or clearance [mm] Data_Path=gap@elasticendstop_8
|
|
LSTP00A instance 1 spring stiffness value [N/m] Data_Path=kval@elasticendstop_8
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 2 gap or clearance [mm] Data_Path=gap@elasticendstop_9
|
|
LSTP00A instance 2 spring stiffness value [N/m] Data_Path=kval@elasticendstop_9
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 3 gap or clearance [mm] Data_Path=gap@elasticendstop_10
|
|
LSTP00A instance 3 spring stiffness value [N/m] Data_Path=kval@elasticendstop_10
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 4 gap or clearance [mm] Data_Path=gap@elasticendstop_11
|
|
LSTP00A instance 4 spring stiffness value [N/m] Data_Path=kval@elasticendstop_11
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 5 gap or clearance [mm] Data_Path=gap@elasticendstop_12
|
|
LSTP00A instance 5 spring stiffness value [N/m] Data_Path=kval@elasticendstop_12
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 6 gap or clearance [mm] Data_Path=gap@elasticendstop_13
|
|
LSTP00A instance 6 spring stiffness value [N/m] Data_Path=kval@elasticendstop_13
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 7 gap or clearance [mm] Data_Path=gap@elasticendstop_14
|
|
LSTP00A instance 7 spring stiffness value [N/m] Data_Path=kval@elasticendstop_14
|
|
HIDDEN
|
|
HIDDEN
|
|
LSTP00A instance 8 gap or clearance [mm] Data_Path=gap@elasticendstop_15
|
|
LSTP00A instance 8 spring stiffness value [N/m] Data_Path=kval@elasticendstop_15
|
|
HIDDEN
|
|
HIDDEN
|
|
MECMAS21 instance 10 velocity at port 1 [m/s] Data_Path=v1@mass_friction_endstops_19
|
|
MECMAS21 instance 10 displacement at port 1 [m] Data_Path=x1@mass_friction_endstops_19
|
|
MECMAS21 instance 10 acceleration at port 1 [m/s/s] Data_Path=acc1@mass_friction_endstops_19
|
|
LMECHN1 instance 2 total force at port 9 [N] Data_Path=tforce@dynamic_mechanical_node_alternative_3
|
|
FORC instance 1 force output [N] Data_Path=force@forcecon_1
|
|
MECMAS21 instance 10 sign reversed duplicate of velocity at port 1 [m/s] Data_Path=v1dup@mass_friction_endstops_19
|
|
MECMAS21 instance 10 sign reversed duplicate of displacement at port 1 [m] Data_Path=x1dup@mass_friction_endstops_19
|
|
MECMAS21 instance 10 sign reversed duplicate of acceleration at port 1 [m/s/s] Data_Path=acc1dup@mass_friction_endstops_19
|
|
MECMAS21 instance 10 contact force at lower limit [N] Data_Path=Fmin@mass_friction_endstops_19
|
|
MECMAS21 instance 10 contact force at higher limit [N] Data_Path=Fmax@mass_friction_endstops_19
|
|
MECMAS21 instance 10 viscous friction force [N] Data_Path=Fvisc@mass_friction_endstops_19
|
|
MECMAS21 instance 10 dry friction (stiction/dynamic) [N] Data_Path=Ffric@mass_friction_endstops_19
|
|
MECMAS21 instance 10 stick flag (1:stick; 0:slip) Data_Path=stick@mass_friction_endstops_19
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
HIDDEN
|
|
PNL0001 instance 4 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_69
|
|
PNL0001 instance 4 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_69
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 1 temperature [K] Data_Path=temp@pn_c1_8
|
|
PNCH012 instance 1 pressure [Pa] Data_Path=press@pn_c1_8
|
|
PNPL01 instance 2 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_17
|
|
PNPL01 instance 2 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_17
|
|
PNPL01 instance 2 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_17
|
|
PNPL01 instance 2 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_17
|
|
PNCH012 instance 1 duplicate of temperature [K] Data_Path=temp2@pn_c1_8
|
|
PNCH012 instance 1 duplicate of pressure [Pa] Data_Path=press2@pn_c1_8
|
|
PNPL01 instance 1 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_16
|
|
PNPL01 instance 1 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_16
|
|
PNPL01 instance 1 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_16
|
|
PNPL01 instance 1 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_16
|
|
PNCH012 instance 1 duplicate of temperature [K] Data_Path=temp4@pn_c1_8
|
|
PNCH012 instance 1 duplicate of pressure [Pa] Data_Path=press4@pn_c1_8
|
|
PNCH012 instance 1 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_8
|
|
PNCH012 instance 1 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_8
|
|
PNL0001 instance 3 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_68
|
|
PNL0001 instance 3 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_68
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 2 temperature [K] Data_Path=temp@pn_c1_9
|
|
PNCH012 instance 2 pressure [Pa] Data_Path=press@pn_c1_9
|
|
PNPL01 instance 4 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_19
|
|
PNPL01 instance 4 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_19
|
|
PNPL01 instance 4 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_19
|
|
PNPL01 instance 4 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_19
|
|
PNCH012 instance 2 duplicate of temperature [K] Data_Path=temp2@pn_c1_9
|
|
PNCH012 instance 2 duplicate of pressure [Pa] Data_Path=press2@pn_c1_9
|
|
PNPL01 instance 3 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_18
|
|
PNPL01 instance 3 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_18
|
|
PNPL01 instance 3 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_18
|
|
PNPL01 instance 3 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_18
|
|
PNCH012 instance 2 duplicate of temperature [K] Data_Path=temp4@pn_c1_9
|
|
PNCH012 instance 2 duplicate of pressure [Pa] Data_Path=press4@pn_c1_9
|
|
PNCH012 instance 2 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_9
|
|
PNCH012 instance 2 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_9
|
|
PNL0001 instance 2 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_66
|
|
PNL0001 instance 2 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_66
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 3 temperature [K] Data_Path=temp@pn_c1_10
|
|
PNCH012 instance 3 pressure [Pa] Data_Path=press@pn_c1_10
|
|
PNPL01 instance 6 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_21
|
|
PNPL01 instance 6 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_21
|
|
PNPL01 instance 6 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_21
|
|
PNPL01 instance 6 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_21
|
|
PNCH012 instance 3 duplicate of temperature [K] Data_Path=temp2@pn_c1_10
|
|
PNCH012 instance 3 duplicate of pressure [Pa] Data_Path=press2@pn_c1_10
|
|
PNPL01 instance 5 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_20
|
|
PNPL01 instance 5 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_20
|
|
PNPL01 instance 5 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_20
|
|
PNPL01 instance 5 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_20
|
|
PNCH012 instance 3 duplicate of temperature [K] Data_Path=temp4@pn_c1_10
|
|
PNCH012 instance 3 duplicate of pressure [Pa] Data_Path=press4@pn_c1_10
|
|
PNCH012 instance 3 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_10
|
|
PNCH012 instance 3 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_10
|
|
PNL0001 instance 1 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_65
|
|
PNL0001 instance 1 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_65
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 4 temperature [K] Data_Path=temp@pn_c1_11
|
|
PNCH012 instance 4 pressure [Pa] Data_Path=press@pn_c1_11
|
|
PNPL01 instance 8 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_23
|
|
PNPL01 instance 8 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_23
|
|
PNPL01 instance 8 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_23
|
|
PNPL01 instance 8 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_23
|
|
PNCH012 instance 4 duplicate of temperature [K] Data_Path=temp2@pn_c1_11
|
|
PNCH012 instance 4 duplicate of pressure [Pa] Data_Path=press2@pn_c1_11
|
|
PNPL01 instance 7 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_22
|
|
PNPL01 instance 7 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_22
|
|
PNPL01 instance 7 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_22
|
|
PNPL01 instance 7 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_22
|
|
PNCH012 instance 4 duplicate of temperature [K] Data_Path=temp4@pn_c1_11
|
|
PNCH012 instance 4 duplicate of pressure [Pa] Data_Path=press4@pn_c1_11
|
|
PNCH012 instance 4 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_11
|
|
PNCH012 instance 4 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_11
|
|
PNL0001 instance 6 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_71
|
|
PNL0001 instance 6 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_71
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 5 temperature [K] Data_Path=temp@pn_c1_12
|
|
PNCH012 instance 5 pressure [Pa] Data_Path=press@pn_c1_12
|
|
PNPL01 instance 10 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_25
|
|
PNPL01 instance 10 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_25
|
|
PNPL01 instance 10 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_25
|
|
PNPL01 instance 10 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_25
|
|
PNCH012 instance 5 duplicate of temperature [K] Data_Path=temp2@pn_c1_12
|
|
PNCH012 instance 5 duplicate of pressure [Pa] Data_Path=press2@pn_c1_12
|
|
PNPL01 instance 9 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_24
|
|
PNPL01 instance 9 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_24
|
|
PNPL01 instance 9 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_24
|
|
PNPL01 instance 9 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_24
|
|
PNCH012 instance 5 duplicate of temperature [K] Data_Path=temp4@pn_c1_12
|
|
PNCH012 instance 5 duplicate of pressure [Pa] Data_Path=press4@pn_c1_12
|
|
PNCH012 instance 5 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_12
|
|
PNCH012 instance 5 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_12
|
|
PNL0001 instance 7 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_72
|
|
PNL0001 instance 7 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_72
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 6 temperature [K] Data_Path=temp@pn_c1_13
|
|
PNCH012 instance 6 pressure [Pa] Data_Path=press@pn_c1_13
|
|
PNPL01 instance 12 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_27
|
|
PNPL01 instance 12 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_27
|
|
PNPL01 instance 12 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_27
|
|
PNPL01 instance 12 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_27
|
|
PNCH012 instance 6 duplicate of temperature [K] Data_Path=temp2@pn_c1_13
|
|
PNCH012 instance 6 duplicate of pressure [Pa] Data_Path=press2@pn_c1_13
|
|
PNPL01 instance 11 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_26
|
|
PNPL01 instance 11 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_26
|
|
PNPL01 instance 11 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_26
|
|
PNPL01 instance 11 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_26
|
|
PNCH012 instance 6 duplicate of temperature [K] Data_Path=temp4@pn_c1_13
|
|
PNCH012 instance 6 duplicate of pressure [Pa] Data_Path=press4@pn_c1_13
|
|
PNCH012 instance 6 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_13
|
|
PNCH012 instance 6 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_13
|
|
PNL0001 instance 8 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_73
|
|
PNL0001 instance 8 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_73
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 7 temperature [K] Data_Path=temp@pn_c1_14
|
|
PNCH012 instance 7 pressure [Pa] Data_Path=press@pn_c1_14
|
|
PNPL01 instance 14 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_29
|
|
PNPL01 instance 14 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_29
|
|
PNPL01 instance 14 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_29
|
|
PNPL01 instance 14 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_29
|
|
PNCH012 instance 7 duplicate of temperature [K] Data_Path=temp2@pn_c1_14
|
|
PNCH012 instance 7 duplicate of pressure [Pa] Data_Path=press2@pn_c1_14
|
|
PNPL01 instance 13 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_28
|
|
PNPL01 instance 13 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_28
|
|
PNPL01 instance 13 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_28
|
|
PNPL01 instance 13 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_28
|
|
PNCH012 instance 7 duplicate of temperature [K] Data_Path=temp4@pn_c1_14
|
|
PNCH012 instance 7 duplicate of pressure [Pa] Data_Path=press4@pn_c1_14
|
|
PNCH012 instance 7 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_14
|
|
PNCH012 instance 7 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_14
|
|
PNL0001 instance 9 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_74
|
|
PNL0001 instance 9 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_74
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PNCH012 instance 8 temperature [K] Data_Path=temp@pn_c1_15
|
|
PNCH012 instance 8 pressure [Pa] Data_Path=press@pn_c1_15
|
|
PNPL01 instance 16 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_31
|
|
PNPL01 instance 16 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_31
|
|
PNPL01 instance 16 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_31
|
|
PNPL01 instance 16 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_31
|
|
PNCH012 instance 8 duplicate of temperature [K] Data_Path=temp2@pn_c1_15
|
|
PNCH012 instance 8 duplicate of pressure [Pa] Data_Path=press2@pn_c1_15
|
|
PNPL01 instance 15 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_plug_30
|
|
PNPL01 instance 15 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_plug_30
|
|
PNPL01 instance 15 derivative of volume at port 1 [L/min] Data_Path=dvol1@pn_plug_30
|
|
PNPL01 instance 15 volume at port 1 [cm**3] Data_Path=vol1@pn_plug_30
|
|
PNCH012 instance 8 duplicate of temperature [K] Data_Path=temp4@pn_c1_15
|
|
PNCH012 instance 8 duplicate of pressure [Pa] Data_Path=press4@pn_c1_15
|
|
PNCH012 instance 8 volume of pneumatic chamber [cm**3] Data_Path=vol@pn_c1_15
|
|
PNCH012 instance 8 mass of gas in chamber [g] Data_Path=mgas1@pn_c1_15
|
|
UD00 instance 1 user defined duty cycle output Data_Path=output@piecewiselinear
|
|
PNOR001 instance 2 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_19
|
|
PNOR001 instance 2 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_19
|
|
PNCH023 instance 1 temperature [K] Data_Path=temp@pn_general_chamber
|
|
PNCH023 instance 1 pressure [Pa] Data_Path=press@pn_general_chamber
|
|
PNOR001 instance 1 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_18
|
|
PNOR001 instance 1 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_18
|
|
PNCH023 instance 1 duplicate of temperature [K] Data_Path=temp2@pn_general_chamber
|
|
PNCH023 instance 1 duplicate of pressure [Pa] Data_Path=press2@pn_general_chamber
|
|
PNCH023 instance 1 mass of gas in chamber [g] Data_Path=mgas@pn_general_chamber
|
|
PNL0001 instance 13 temperature at port 2 [K] Data_Path=t2@pneumatic_96
|
|
PNL0001 instance 13 pressure at port 2 [Pa] Data_Path=p2@pneumatic_96
|
|
PNOR001 instance 1 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_18
|
|
PNOR001 instance 1 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_18
|
|
PNOR001 instance 1 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_18
|
|
PNOR001 instance 1 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_18
|
|
PNL0001 instance 14 temperature at port 2 [K] Data_Path=t2@pneumatic_97
|
|
PNL0001 instance 14 pressure at port 2 [Pa] Data_Path=p2@pneumatic_97
|
|
PNOR001 instance 2 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_19
|
|
PNOR001 instance 2 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_19
|
|
PNOR001 instance 2 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_19
|
|
PNOR001 instance 2 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_19
|
|
PNL0001 instance 13 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_96
|
|
PNL0001 instance 13 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_96
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 1 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_8
|
|
PN3NODE2 instance 1 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_8
|
|
PNL0003 instance 5 temperature at port 1 [K] Data_Path=t1@pneumatic_87
|
|
PNL0003 instance 5 pressure at port 1 [Pa] Data_Path=p1@pneumatic_87
|
|
PN3NODE2 instance 1 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_8
|
|
PN3NODE2 instance 1 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_8
|
|
PN3NODE2 instance 1 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_8
|
|
PN3NODE2 instance 1 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_8
|
|
PNL00R instance 2 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh1@pneumatic_105
|
|
PNL00R instance 2 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm1@pneumatic_105
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 1 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_8
|
|
PN3NODE2 instance 1 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_8
|
|
PNL00R instance 1 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh1@pneumatic_100
|
|
PNL00R instance 1 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm1@pneumatic_100
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 2 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_9
|
|
PN3NODE2 instance 2 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_9
|
|
PNL0003 instance 6 temperature at port 1 [K] Data_Path=t1@pneumatic_88
|
|
PNL0003 instance 6 pressure at port 1 [Pa] Data_Path=p1@pneumatic_88
|
|
PN3NODE2 instance 2 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_9
|
|
PN3NODE2 instance 2 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_9
|
|
PN3NODE2 instance 2 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_9
|
|
PN3NODE2 instance 2 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_9
|
|
PNL0001 instance 14 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_97
|
|
PNL0001 instance 14 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_97
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 2 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_9
|
|
PN3NODE2 instance 2 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_9
|
|
PNOR001 instance 4 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_21
|
|
PNOR001 instance 4 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_21
|
|
PNCH023 instance 2 temperature [K] Data_Path=temp@pn_general_chamber_2
|
|
PNCH023 instance 2 pressure [Pa] Data_Path=press@pn_general_chamber_2
|
|
PNOR001 instance 3 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_20
|
|
PNOR001 instance 3 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_20
|
|
PNCH023 instance 2 duplicate of temperature [K] Data_Path=temp2@pn_general_chamber_2
|
|
PNCH023 instance 2 duplicate of pressure [Pa] Data_Path=press2@pn_general_chamber_2
|
|
PNCH023 instance 2 mass of gas in chamber [g] Data_Path=mgas@pn_general_chamber_2
|
|
PNL0001 instance 15 temperature at port 2 [K] Data_Path=t2@pneumatic_98
|
|
PNL0001 instance 15 pressure at port 2 [Pa] Data_Path=p2@pneumatic_98
|
|
PNOR001 instance 3 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_20
|
|
PNOR001 instance 3 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_20
|
|
PNOR001 instance 3 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_20
|
|
PNOR001 instance 3 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_20
|
|
PNL0001 instance 16 temperature at port 2 [K] Data_Path=t2@pneumatic_99
|
|
PNL0001 instance 16 pressure at port 2 [Pa] Data_Path=p2@pneumatic_99
|
|
PNOR001 instance 4 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_21
|
|
PNOR001 instance 4 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_21
|
|
PNOR001 instance 4 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_21
|
|
PNOR001 instance 4 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_21
|
|
PNL0001 instance 15 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_98
|
|
PNL0001 instance 15 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_98
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 3 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_10
|
|
PN3NODE2 instance 3 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_10
|
|
PNL0003 instance 1 temperature at port 1 [K] Data_Path=t1@pneumatic_75
|
|
PNL0003 instance 1 pressure at port 1 [Pa] Data_Path=p1@pneumatic_75
|
|
PN3NODE2 instance 3 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_10
|
|
PN3NODE2 instance 3 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_10
|
|
PN3NODE2 instance 3 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_10
|
|
PN3NODE2 instance 3 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_10
|
|
PNL00R instance 1 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_100
|
|
PNL00R instance 1 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_100
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 3 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_10
|
|
PN3NODE2 instance 3 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_10
|
|
PNL00R instance 4 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh1@pneumatic_107
|
|
PNL00R instance 4 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm1@pneumatic_107
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 4 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_11
|
|
PN3NODE2 instance 4 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_11
|
|
PNL0003 instance 2 temperature at port 1 [K] Data_Path=t1@pneumatic_76
|
|
PNL0003 instance 2 pressure at port 1 [Pa] Data_Path=p1@pneumatic_76
|
|
PN3NODE2 instance 4 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_11
|
|
PN3NODE2 instance 4 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_11
|
|
PN3NODE2 instance 4 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_11
|
|
PN3NODE2 instance 4 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_11
|
|
PNL0001 instance 16 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_99
|
|
PNL0001 instance 16 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_99
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 4 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_11
|
|
PN3NODE2 instance 4 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_11
|
|
PNOR001 instance 6 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_23
|
|
PNOR001 instance 6 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_23
|
|
PNCH023 instance 3 temperature [K] Data_Path=temp@pn_general_chamber_4
|
|
PNCH023 instance 3 pressure [Pa] Data_Path=press@pn_general_chamber_4
|
|
PNOR001 instance 5 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_22
|
|
PNOR001 instance 5 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_22
|
|
PNCH023 instance 3 duplicate of temperature [K] Data_Path=temp2@pn_general_chamber_4
|
|
PNCH023 instance 3 duplicate of pressure [Pa] Data_Path=press2@pn_general_chamber_4
|
|
PNCH023 instance 3 mass of gas in chamber [g] Data_Path=mgas@pn_general_chamber_4
|
|
PNL0001 instance 17 temperature at port 2 [K] Data_Path=t2@pneumatic_101
|
|
PNL0001 instance 17 pressure at port 2 [Pa] Data_Path=p2@pneumatic_101
|
|
PNOR001 instance 5 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_22
|
|
PNOR001 instance 5 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_22
|
|
PNOR001 instance 5 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_22
|
|
PNOR001 instance 5 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_22
|
|
PNL0001 instance 18 temperature at port 2 [K] Data_Path=t2@pneumatic_102
|
|
PNL0001 instance 18 pressure at port 2 [Pa] Data_Path=p2@pneumatic_102
|
|
PNOR001 instance 6 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_23
|
|
PNOR001 instance 6 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_23
|
|
PNOR001 instance 6 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_23
|
|
PNOR001 instance 6 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_23
|
|
PNL0001 instance 17 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_101
|
|
PNL0001 instance 17 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_101
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 5 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_12
|
|
PN3NODE2 instance 5 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_12
|
|
PNL0003 instance 3 temperature at port 1 [K] Data_Path=t1@pneumatic_77
|
|
PNL0003 instance 3 pressure at port 1 [Pa] Data_Path=p1@pneumatic_77
|
|
PN3NODE2 instance 5 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_12
|
|
PN3NODE2 instance 5 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_12
|
|
PN3NODE2 instance 5 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_12
|
|
PN3NODE2 instance 5 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_12
|
|
PNL00R instance 4 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_107
|
|
PNL00R instance 4 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_107
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 5 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_12
|
|
PN3NODE2 instance 5 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_12
|
|
PNL00R instance 3 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh1@pneumatic_106
|
|
PNL00R instance 3 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm1@pneumatic_106
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 6 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_13
|
|
PN3NODE2 instance 6 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_13
|
|
PNL0003 instance 4 temperature at port 1 [K] Data_Path=t1@pneumatic_78
|
|
PNL0003 instance 4 pressure at port 1 [Pa] Data_Path=p1@pneumatic_78
|
|
PN3NODE2 instance 6 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_13
|
|
PN3NODE2 instance 6 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_13
|
|
PN3NODE2 instance 6 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_13
|
|
PN3NODE2 instance 6 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_13
|
|
PNL0001 instance 18 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_102
|
|
PNL0001 instance 18 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_102
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 6 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_13
|
|
PN3NODE2 instance 6 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_13
|
|
PNOR001 instance 8 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_25
|
|
PNOR001 instance 8 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_25
|
|
PNCH023 instance 4 temperature [K] Data_Path=temp@pn_general_chamber_5
|
|
PNCH023 instance 4 pressure [Pa] Data_Path=press@pn_general_chamber_5
|
|
PNOR001 instance 7 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_24
|
|
PNOR001 instance 7 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_24
|
|
PNCH023 instance 4 duplicate of temperature [K] Data_Path=temp2@pn_general_chamber_5
|
|
PNCH023 instance 4 duplicate of pressure [Pa] Data_Path=press2@pn_general_chamber_5
|
|
PNCH023 instance 4 mass of gas in chamber [g] Data_Path=mgas@pn_general_chamber_5
|
|
PNL0001 instance 19 temperature at port 2 [K] Data_Path=t2@pneumatic_103
|
|
PNL0001 instance 19 pressure at port 2 [Pa] Data_Path=p2@pneumatic_103
|
|
PNOR001 instance 7 sign reversed duplicate of enthalpy flow rate at port 1 [J/s] Data_Path=dh2@pn_orifice_24
|
|
PNOR001 instance 7 sign reversed duplicate of mass flow rate at port 1 [g/s] Data_Path=dm2@pn_orifice_24
|
|
PNOR001 instance 7 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_24
|
|
PNOR001 instance 7 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_24
|
|
PNL0001 instance 20 temperature at port 2 [K] Data_Path=t2@pneumatic_104
|
|
PNL0001 instance 20 pressure at port 2 [Pa] Data_Path=p2@pneumatic_104
|
|
PNOR001 instance 8 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pn_orifice_25
|
|
PNOR001 instance 8 mass flow rate at port 1 [g/s] Data_Path=dm1@pn_orifice_25
|
|
PNOR001 instance 8 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_orifice_25
|
|
PNOR001 instance 8 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_orifice_25
|
|
PNL0001 instance 19 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_103
|
|
PNL0001 instance 19 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_103
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 7 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_14
|
|
PN3NODE2 instance 7 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_14
|
|
PNL0003 instance 7 temperature at port 1 [K] Data_Path=t1@pneumatic_91
|
|
PNL0003 instance 7 pressure at port 1 [Pa] Data_Path=p1@pneumatic_91
|
|
PN3NODE2 instance 7 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_14
|
|
PN3NODE2 instance 7 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_14
|
|
PN3NODE2 instance 7 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_14
|
|
PN3NODE2 instance 7 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_14
|
|
PNL00R instance 3 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_106
|
|
PNL00R instance 3 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_106
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 7 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_14
|
|
PN3NODE2 instance 7 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_14
|
|
PNL00R instance 2 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_105
|
|
PNL00R instance 2 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_105
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 8 duplicate of temperature at port 2 [K] Data_Path=temp1@pn_node3_15
|
|
PN3NODE2 instance 8 duplicate of pressure at port 2 [Pa] Data_Path=press1@pn_node3_15
|
|
PNL0003 instance 8 temperature at port 1 [K] Data_Path=t1@pneumatic_92
|
|
PNL0003 instance 8 pressure at port 1 [Pa] Data_Path=p1@pneumatic_92
|
|
PN3NODE2 instance 8 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_node3_15
|
|
PN3NODE2 instance 8 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_node3_15
|
|
PN3NODE2 instance 8 derivative of volume at port 2 [L/min] Data_Path=dvol2@pn_node3_15
|
|
PN3NODE2 instance 8 volume at port 2 [cm**3] Data_Path=vol2@pn_node3_15
|
|
PNL0001 instance 20 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_104
|
|
PNL0001 instance 20 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_104
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
PN3NODE2 instance 8 duplicate of temperature at port 2 [K] Data_Path=temp3@pn_node3_15
|
|
PN3NODE2 instance 8 duplicate of pressure at port 2 [Pa] Data_Path=press3@pn_node3_15
|
|
PNL0002 instance 4 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_83
|
|
PNL0002 instance 4 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_83
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 1 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_16
|
|
P4NODE2 instance 1 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_16
|
|
PNL0001 instance 4 temperature at port 2 [K] Data_Path=t2@pneumatic_69
|
|
PNL0001 instance 4 pressure at port 2 [Pa] Data_Path=p2@pneumatic_69
|
|
P4NODE2 instance 1 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_16
|
|
P4NODE2 instance 1 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_16
|
|
P4NODE2 instance 1 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_16
|
|
P4NODE2 instance 1 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_16
|
|
PNL0002 instance 8 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_95
|
|
PNL0002 instance 8 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_95
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 1 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_16
|
|
P4NODE2 instance 1 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_16
|
|
PNVO001 instance 5 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_1
|
|
PNVO001 instance 5 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_1
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 1 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_16
|
|
P4NODE2 instance 1 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_16
|
|
PNL0002 instance 7 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_86
|
|
PNL0002 instance 7 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_86
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 2 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_17
|
|
P4NODE2 instance 2 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_17
|
|
PNL0001 instance 3 temperature at port 2 [K] Data_Path=t2@pneumatic_68
|
|
PNL0001 instance 3 pressure at port 2 [Pa] Data_Path=p2@pneumatic_68
|
|
P4NODE2 instance 2 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_17
|
|
P4NODE2 instance 2 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_17
|
|
P4NODE2 instance 2 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_17
|
|
P4NODE2 instance 2 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_17
|
|
PNL0002 instance 4 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_83
|
|
PNL0002 instance 4 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_83
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 2 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_17
|
|
P4NODE2 instance 2 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_17
|
|
PNVO001 instance 6 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_9
|
|
PNVO001 instance 6 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_9
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 2 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_17
|
|
P4NODE2 instance 2 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_17
|
|
PNL0002 instance 1 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_80
|
|
PNL0002 instance 1 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_80
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 3 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_18
|
|
P4NODE2 instance 3 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_18
|
|
PNL0001 instance 2 temperature at port 2 [K] Data_Path=t2@pneumatic_66
|
|
PNL0001 instance 2 pressure at port 2 [Pa] Data_Path=p2@pneumatic_66
|
|
P4NODE2 instance 3 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_18
|
|
P4NODE2 instance 3 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_18
|
|
P4NODE2 instance 3 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_18
|
|
P4NODE2 instance 3 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_18
|
|
PNL0002 instance 7 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_86
|
|
PNL0002 instance 7 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_86
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 3 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_18
|
|
P4NODE2 instance 3 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_18
|
|
PNVO001 instance 7 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_10
|
|
PNVO001 instance 7 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_10
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 3 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_18
|
|
P4NODE2 instance 3 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_18
|
|
PNL0002 instance 6 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_85
|
|
PNL0002 instance 6 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_85
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 4 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_19
|
|
P4NODE2 instance 4 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_19
|
|
PNL0001 instance 1 temperature at port 2 [K] Data_Path=t2@pneumatic_65
|
|
PNL0001 instance 1 pressure at port 2 [Pa] Data_Path=p2@pneumatic_65
|
|
P4NODE2 instance 4 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_19
|
|
P4NODE2 instance 4 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_19
|
|
P4NODE2 instance 4 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_19
|
|
P4NODE2 instance 4 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_19
|
|
PNL0002 instance 1 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_80
|
|
PNL0002 instance 1 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_80
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 4 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_19
|
|
P4NODE2 instance 4 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_19
|
|
PNVO001 instance 8 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_15
|
|
PNVO001 instance 8 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_15
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 4 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_19
|
|
P4NODE2 instance 4 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_19
|
|
PNL0002 instance 5 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_84
|
|
PNL0002 instance 5 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_84
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 5 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_20
|
|
P4NODE2 instance 5 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_20
|
|
PNL0001 instance 7 temperature at port 2 [K] Data_Path=t2@pneumatic_72
|
|
PNL0001 instance 7 pressure at port 2 [Pa] Data_Path=p2@pneumatic_72
|
|
P4NODE2 instance 5 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_20
|
|
P4NODE2 instance 5 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_20
|
|
P4NODE2 instance 5 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_20
|
|
P4NODE2 instance 5 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_20
|
|
PNL0002 instance 2 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_81
|
|
PNL0002 instance 2 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_81
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 5 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_20
|
|
P4NODE2 instance 5 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_20
|
|
PNL0001 instance 5 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_70
|
|
PNL0001 instance 5 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_70
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 5 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_20
|
|
P4NODE2 instance 5 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_20
|
|
PNL0002 instance 3 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_82
|
|
PNL0002 instance 3 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_82
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 6 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_21
|
|
P4NODE2 instance 6 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_21
|
|
PNL0001 instance 8 temperature at port 2 [K] Data_Path=t2@pneumatic_73
|
|
PNL0001 instance 8 pressure at port 2 [Pa] Data_Path=p2@pneumatic_73
|
|
P4NODE2 instance 6 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_21
|
|
P4NODE2 instance 6 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_21
|
|
P4NODE2 instance 6 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_21
|
|
P4NODE2 instance 6 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_21
|
|
PNL0002 instance 5 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_84
|
|
PNL0002 instance 5 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_84
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 6 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_21
|
|
P4NODE2 instance 6 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_21
|
|
PNL0001 instance 11 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_93
|
|
PNL0001 instance 11 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_93
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 6 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_21
|
|
P4NODE2 instance 6 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_21
|
|
PNL0002 instance 8 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_95
|
|
PNL0002 instance 8 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_95
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 7 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_22
|
|
P4NODE2 instance 7 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_22
|
|
PNL0001 instance 9 temperature at port 2 [K] Data_Path=t2@pneumatic_74
|
|
PNL0001 instance 9 pressure at port 2 [Pa] Data_Path=p2@pneumatic_74
|
|
P4NODE2 instance 7 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_22
|
|
P4NODE2 instance 7 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_22
|
|
P4NODE2 instance 7 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_22
|
|
P4NODE2 instance 7 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_22
|
|
PNL0002 instance 3 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_82
|
|
PNL0002 instance 3 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_82
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 7 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_22
|
|
P4NODE2 instance 7 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_22
|
|
PNL0001 instance 12 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_94
|
|
PNL0001 instance 12 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_94
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 7 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_22
|
|
P4NODE2 instance 7 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_22
|
|
PNL0002 instance 2 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_81
|
|
PNL0002 instance 2 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_81
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 8 duplicate of temperature at port 2 [K] Data_Path=temp1@pnnode4_23
|
|
P4NODE2 instance 8 duplicate of pressure at port 2 [Pa] Data_Path=press1@pnnode4_23
|
|
PNL0001 instance 6 temperature at port 2 [K] Data_Path=t2@pneumatic_71
|
|
PNL0001 instance 6 pressure at port 2 [Pa] Data_Path=p2@pneumatic_71
|
|
P4NODE2 instance 8 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pnnode4_23
|
|
P4NODE2 instance 8 mass flow rate at port 2 [g/s] Data_Path=dm2@pnnode4_23
|
|
P4NODE2 instance 8 derivative of volume at port 2 [L/min] Data_Path=dvol2@pnnode4_23
|
|
P4NODE2 instance 8 volume at port 2 [cm**3] Data_Path=vol2@pnnode4_23
|
|
PNL0002 instance 6 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pneumatic_85
|
|
PNL0002 instance 6 mass flow rate at port 2 [g/s] Data_Path=dm2@pneumatic_85
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 8 duplicate of temperature at port 2 [K] Data_Path=temp3@pnnode4_23
|
|
P4NODE2 instance 8 duplicate of pressure at port 2 [Pa] Data_Path=press3@pnnode4_23
|
|
PNL0001 instance 10 enthalpy flow rate at port 1 [J/s] Data_Path=dh1@pneumatic_79
|
|
PNL0001 instance 10 mass flow rate at port 1 [g/s] Data_Path=dm1@pneumatic_79
|
|
_DUMMY instance -1 this variable not used as output
|
|
_DUMMY instance -1 this variable not used as output
|
|
P4NODE2 instance 8 duplicate of temperature at port 2 [K] Data_Path=temp4@pnnode4_23
|
|
P4NODE2 instance 8 duplicate of pressure at port 2 [Pa] Data_Path=press4@pnnode4_23
|
|
STEP0 instance 1 step output Data_Path=out@step_8
|
|
PNL0001 instance 10 temperature at port 2 [K] Data_Path=t2@pneumatic_79
|
|
PNL0001 instance 10 pressure at port 2 [Pa] Data_Path=p2@pneumatic_79
|
|
PNVO001 instance 1 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_11
|
|
PNVO001 instance 1 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_11
|
|
PNL0003 instance 3 temperature at port 2 [K] Data_Path=t2@pneumatic_77
|
|
PNL0003 instance 3 pressure at port 2 [Pa] Data_Path=p2@pneumatic_77
|
|
PNVO001 instance 1 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_11
|
|
PNVO001 instance 1 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_11
|
|
PNVO001 instance 1 fractional opening Data_Path=xv@pn_morifice_11
|
|
PNVO001 instance 1 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_11
|
|
PNVO001 instance 1 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_11
|
|
STEP0 instance 1 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_8
|
|
STEP0 instance 1 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_8
|
|
STEP0 instance 1 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_8
|
|
STEP0 instance 2 step output Data_Path=out@step_9
|
|
PNL0001 instance 5 temperature at port 2 [K] Data_Path=t2@pneumatic_70
|
|
PNL0001 instance 5 pressure at port 2 [Pa] Data_Path=p2@pneumatic_70
|
|
PNVO001 instance 2 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_12
|
|
PNVO001 instance 2 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_12
|
|
PNL0003 instance 4 temperature at port 2 [K] Data_Path=t2@pneumatic_78
|
|
PNL0003 instance 4 pressure at port 2 [Pa] Data_Path=p2@pneumatic_78
|
|
PNVO001 instance 2 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_12
|
|
PNVO001 instance 2 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_12
|
|
PNVO001 instance 2 fractional opening Data_Path=xv@pn_morifice_12
|
|
PNVO001 instance 2 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_12
|
|
PNVO001 instance 2 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_12
|
|
STEP0 instance 2 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_9
|
|
STEP0 instance 2 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_9
|
|
STEP0 instance 2 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_9
|
|
STEP0 instance 3 step output Data_Path=out@step_10
|
|
PNL0001 instance 11 temperature at port 2 [K] Data_Path=t2@pneumatic_93
|
|
PNL0001 instance 11 pressure at port 2 [Pa] Data_Path=p2@pneumatic_93
|
|
PNVO001 instance 3 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_13
|
|
PNVO001 instance 3 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_13
|
|
PNL0003 instance 7 temperature at port 2 [K] Data_Path=t2@pneumatic_91
|
|
PNL0003 instance 7 pressure at port 2 [Pa] Data_Path=p2@pneumatic_91
|
|
PNVO001 instance 3 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_13
|
|
PNVO001 instance 3 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_13
|
|
PNVO001 instance 3 fractional opening Data_Path=xv@pn_morifice_13
|
|
PNVO001 instance 3 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_13
|
|
PNVO001 instance 3 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_13
|
|
STEP0 instance 3 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_10
|
|
STEP0 instance 3 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_10
|
|
STEP0 instance 3 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_10
|
|
STEP0 instance 4 step output Data_Path=out@step_11
|
|
PNL0001 instance 12 temperature at port 2 [K] Data_Path=t2@pneumatic_94
|
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PNL0001 instance 12 pressure at port 2 [Pa] Data_Path=p2@pneumatic_94
|
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PNVO001 instance 4 enthalpy flow rate at port 2 [J/s] Data_Path=dh2@pn_morifice_14
|
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PNVO001 instance 4 mass flow rate at port 2 [g/s] Data_Path=dm2@pn_morifice_14
|
|
PNL0003 instance 8 temperature at port 2 [K] Data_Path=t2@pneumatic_92
|
|
PNL0003 instance 8 pressure at port 2 [Pa] Data_Path=p2@pneumatic_92
|
|
PNVO001 instance 4 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_14
|
|
PNVO001 instance 4 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_14
|
|
PNVO001 instance 4 fractional opening Data_Path=xv@pn_morifice_14
|
|
PNVO001 instance 4 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_14
|
|
PNVO001 instance 4 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_14
|
|
STEP0 instance 4 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_11
|
|
STEP0 instance 4 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_11
|
|
STEP0 instance 4 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_11
|
|
UD00 instance 2 user defined duty cycle output Data_Path=output@piecewiselinear_1
|
|
STEP0 instance 5 step output Data_Path=out@step_12
|
|
PNL0003 instance 5 temperature at port 2 [K] Data_Path=t2@pneumatic_87
|
|
PNL0003 instance 5 pressure at port 2 [Pa] Data_Path=p2@pneumatic_87
|
|
PNVO001 instance 5 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_1
|
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PNVO001 instance 5 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_1
|
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PNVO001 instance 5 fractional opening Data_Path=xv@pn_morifice_1
|
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PNVO001 instance 5 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_1
|
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PNVO001 instance 5 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_1
|
|
STEP0 instance 5 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_12
|
|
STEP0 instance 5 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_12
|
|
STEP0 instance 5 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_12
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STEP0 instance 6 step output Data_Path=out@step_13
|
|
PNL0003 instance 6 temperature at port 2 [K] Data_Path=t2@pneumatic_88
|
|
PNL0003 instance 6 pressure at port 2 [Pa] Data_Path=p2@pneumatic_88
|
|
PNVO001 instance 6 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_9
|
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PNVO001 instance 6 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_9
|
|
PNVO001 instance 6 fractional opening Data_Path=xv@pn_morifice_9
|
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PNVO001 instance 6 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_9
|
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PNVO001 instance 6 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_9
|
|
STEP0 instance 6 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_13
|
|
STEP0 instance 6 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_13
|
|
STEP0 instance 6 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_13
|
|
STEP0 instance 7 step output Data_Path=out@step_14
|
|
PNL0003 instance 1 temperature at port 2 [K] Data_Path=t2@pneumatic_75
|
|
PNL0003 instance 1 pressure at port 2 [Pa] Data_Path=p2@pneumatic_75
|
|
PNVO001 instance 7 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_10
|
|
PNVO001 instance 7 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_10
|
|
PNVO001 instance 7 fractional opening Data_Path=xv@pn_morifice_10
|
|
PNVO001 instance 7 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_10
|
|
PNVO001 instance 7 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_10
|
|
STEP0 instance 7 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_14
|
|
STEP0 instance 7 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_14
|
|
STEP0 instance 7 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_14
|
|
STEP0 instance 8 step output Data_Path=out@step_15
|
|
PNL0003 instance 2 temperature at port 2 [K] Data_Path=t2@pneumatic_76
|
|
PNL0003 instance 2 pressure at port 2 [Pa] Data_Path=p2@pneumatic_76
|
|
PNVO001 instance 8 sign reversed duplicate of enthalpy flow rate at port 2 [J/s] Data_Path=dh3@pn_morifice_15
|
|
PNVO001 instance 8 sign reversed duplicate of mass flow rate at port 2 [g/s] Data_Path=dm3@pn_morifice_15
|
|
PNVO001 instance 8 fractional opening Data_Path=xv@pn_morifice_15
|
|
PNVO001 instance 8 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pn_morifice_15
|
|
PNVO001 instance 8 vena contracta gas velocity [m/s] Data_Path=gasvel@pn_morifice_15
|
|
STEP0 instance 8 value before step - Linked variable Is_Linked_Variable=1 Data_Path=out00GEN@step_15
|
|
STEP0 instance 8 value after step - Linked variable Is_Linked_Variable=1 Data_Path=out10GEN@step_15
|
|
STEP0 instance 8 step time - Linked variable [s] Is_Linked_Variable=1 Data_Path=t00GEN@step_15
|
|
PNL0001 instance 1 mass of gas in pipe [g] Data_Path=mgas@pneumatic_65
|
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PNL0001 instance 1 Reynolds number Data_Path=re@pneumatic_65
|
|
PNL0001 instance 1 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_65
|
|
PNL0001 instance 1 mean gas velocity [m/s] Data_Path=v@pneumatic_65
|
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PNL0001 instance 1 friction factor Data_Path=ff@pneumatic_65
|
|
PNL0001 instance 2 mass of gas in pipe [g] Data_Path=mgas@pneumatic_66
|
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PNL0001 instance 2 Reynolds number Data_Path=re@pneumatic_66
|
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PNL0001 instance 2 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_66
|
|
PNL0001 instance 2 mean gas velocity [m/s] Data_Path=v@pneumatic_66
|
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PNL0001 instance 2 friction factor Data_Path=ff@pneumatic_66
|
|
PNL0001 instance 3 mass of gas in pipe [g] Data_Path=mgas@pneumatic_68
|
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PNL0001 instance 3 Reynolds number Data_Path=re@pneumatic_68
|
|
PNL0001 instance 3 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_68
|
|
PNL0001 instance 3 mean gas velocity [m/s] Data_Path=v@pneumatic_68
|
|
PNL0001 instance 3 friction factor Data_Path=ff@pneumatic_68
|
|
PNL0001 instance 4 mass of gas in pipe [g] Data_Path=mgas@pneumatic_69
|
|
PNL0001 instance 4 Reynolds number Data_Path=re@pneumatic_69
|
|
PNL0001 instance 4 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_69
|
|
PNL0001 instance 4 mean gas velocity [m/s] Data_Path=v@pneumatic_69
|
|
PNL0001 instance 4 friction factor Data_Path=ff@pneumatic_69
|
|
PNL0001 instance 5 mass of gas in pipe [g] Data_Path=mgas@pneumatic_70
|
|
PNL0001 instance 5 Reynolds number Data_Path=re@pneumatic_70
|
|
PNL0001 instance 5 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_70
|
|
PNL0001 instance 5 mean gas velocity [m/s] Data_Path=v@pneumatic_70
|
|
PNL0001 instance 5 friction factor Data_Path=ff@pneumatic_70
|
|
PNL0001 instance 6 mass of gas in pipe [g] Data_Path=mgas@pneumatic_71
|
|
PNL0001 instance 6 Reynolds number Data_Path=re@pneumatic_71
|
|
PNL0001 instance 6 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_71
|
|
PNL0001 instance 6 mean gas velocity [m/s] Data_Path=v@pneumatic_71
|
|
PNL0001 instance 6 friction factor Data_Path=ff@pneumatic_71
|
|
PNL0001 instance 7 mass of gas in pipe [g] Data_Path=mgas@pneumatic_72
|
|
PNL0001 instance 7 Reynolds number Data_Path=re@pneumatic_72
|
|
PNL0001 instance 7 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_72
|
|
PNL0001 instance 7 mean gas velocity [m/s] Data_Path=v@pneumatic_72
|
|
PNL0001 instance 7 friction factor Data_Path=ff@pneumatic_72
|
|
PNL0001 instance 8 mass of gas in pipe [g] Data_Path=mgas@pneumatic_73
|
|
PNL0001 instance 8 Reynolds number Data_Path=re@pneumatic_73
|
|
PNL0001 instance 8 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_73
|
|
PNL0001 instance 8 mean gas velocity [m/s] Data_Path=v@pneumatic_73
|
|
PNL0001 instance 8 friction factor Data_Path=ff@pneumatic_73
|
|
PNL0001 instance 9 mass of gas in pipe [g] Data_Path=mgas@pneumatic_74
|
|
PNL0001 instance 9 Reynolds number Data_Path=re@pneumatic_74
|
|
PNL0001 instance 9 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_74
|
|
PNL0001 instance 9 mean gas velocity [m/s] Data_Path=v@pneumatic_74
|
|
PNL0001 instance 9 friction factor Data_Path=ff@pneumatic_74
|
|
PNL0003 instance 1 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_75
|
|
PNL0003 instance 1 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_75
|
|
PNL0003 instance 1 mass of gas in pipe [g] Data_Path=mgas@pneumatic_75
|
|
PNL0003 instance 1 Reynolds number Data_Path=re@pneumatic_75
|
|
PNL0003 instance 1 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_75
|
|
PNL0003 instance 1 mean gas velocity [m/s] Data_Path=v@pneumatic_75
|
|
PNL0003 instance 1 friction factor Data_Path=ff@pneumatic_75
|
|
PNL0003 instance 2 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_76
|
|
PNL0003 instance 2 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_76
|
|
PNL0003 instance 2 mass of gas in pipe [g] Data_Path=mgas@pneumatic_76
|
|
PNL0003 instance 2 Reynolds number Data_Path=re@pneumatic_76
|
|
PNL0003 instance 2 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_76
|
|
PNL0003 instance 2 mean gas velocity [m/s] Data_Path=v@pneumatic_76
|
|
PNL0003 instance 2 friction factor Data_Path=ff@pneumatic_76
|
|
PNL0003 instance 3 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_77
|
|
PNL0003 instance 3 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_77
|
|
PNL0003 instance 3 mass of gas in pipe [g] Data_Path=mgas@pneumatic_77
|
|
PNL0003 instance 3 Reynolds number Data_Path=re@pneumatic_77
|
|
PNL0003 instance 3 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_77
|
|
PNL0003 instance 3 mean gas velocity [m/s] Data_Path=v@pneumatic_77
|
|
PNL0003 instance 3 friction factor Data_Path=ff@pneumatic_77
|
|
PNL0003 instance 4 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_78
|
|
PNL0003 instance 4 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_78
|
|
PNL0003 instance 4 mass of gas in pipe [g] Data_Path=mgas@pneumatic_78
|
|
PNL0003 instance 4 Reynolds number Data_Path=re@pneumatic_78
|
|
PNL0003 instance 4 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_78
|
|
PNL0003 instance 4 mean gas velocity [m/s] Data_Path=v@pneumatic_78
|
|
PNL0003 instance 4 friction factor Data_Path=ff@pneumatic_78
|
|
PNL0001 instance 10 mass of gas in pipe [g] Data_Path=mgas@pneumatic_79
|
|
PNL0001 instance 10 Reynolds number Data_Path=re@pneumatic_79
|
|
PNL0001 instance 10 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_79
|
|
PNL0001 instance 10 mean gas velocity [m/s] Data_Path=v@pneumatic_79
|
|
PNL0001 instance 10 friction factor Data_Path=ff@pneumatic_79
|
|
PNL0002 instance 1 temperature at center of pipe [K] Data_Path=tctr@pneumatic_80
|
|
PNL0002 instance 1 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_80
|
|
PNL0002 instance 1 mass of gas in pipe [g] Data_Path=mgas@pneumatic_80
|
|
PNL0002 instance 1 mean Reynolds number Data_Path=re@pneumatic_80
|
|
PNL0002 instance 1 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_80
|
|
PNL0002 instance 1 mean gas velocity [m/s] Data_Path=v@pneumatic_80
|
|
PNL0002 instance 1 mean friction factor Data_Path=ff@pneumatic_80
|
|
PNL0002 instance 2 temperature at center of pipe [K] Data_Path=tctr@pneumatic_81
|
|
PNL0002 instance 2 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_81
|
|
PNL0002 instance 2 mass of gas in pipe [g] Data_Path=mgas@pneumatic_81
|
|
PNL0002 instance 2 mean Reynolds number Data_Path=re@pneumatic_81
|
|
PNL0002 instance 2 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_81
|
|
PNL0002 instance 2 mean gas velocity [m/s] Data_Path=v@pneumatic_81
|
|
PNL0002 instance 2 mean friction factor Data_Path=ff@pneumatic_81
|
|
PNL0002 instance 3 temperature at center of pipe [K] Data_Path=tctr@pneumatic_82
|
|
PNL0002 instance 3 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_82
|
|
PNL0002 instance 3 mass of gas in pipe [g] Data_Path=mgas@pneumatic_82
|
|
PNL0002 instance 3 mean Reynolds number Data_Path=re@pneumatic_82
|
|
PNL0002 instance 3 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_82
|
|
PNL0002 instance 3 mean gas velocity [m/s] Data_Path=v@pneumatic_82
|
|
PNL0002 instance 3 mean friction factor Data_Path=ff@pneumatic_82
|
|
PNL0002 instance 4 temperature at center of pipe [K] Data_Path=tctr@pneumatic_83
|
|
PNL0002 instance 4 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_83
|
|
PNL0002 instance 4 mass of gas in pipe [g] Data_Path=mgas@pneumatic_83
|
|
PNL0002 instance 4 mean Reynolds number Data_Path=re@pneumatic_83
|
|
PNL0002 instance 4 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_83
|
|
PNL0002 instance 4 mean gas velocity [m/s] Data_Path=v@pneumatic_83
|
|
PNL0002 instance 4 mean friction factor Data_Path=ff@pneumatic_83
|
|
PNL0002 instance 5 temperature at center of pipe [K] Data_Path=tctr@pneumatic_84
|
|
PNL0002 instance 5 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_84
|
|
PNL0002 instance 5 mass of gas in pipe [g] Data_Path=mgas@pneumatic_84
|
|
PNL0002 instance 5 mean Reynolds number Data_Path=re@pneumatic_84
|
|
PNL0002 instance 5 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_84
|
|
PNL0002 instance 5 mean gas velocity [m/s] Data_Path=v@pneumatic_84
|
|
PNL0002 instance 5 mean friction factor Data_Path=ff@pneumatic_84
|
|
PNL0002 instance 6 temperature at center of pipe [K] Data_Path=tctr@pneumatic_85
|
|
PNL0002 instance 6 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_85
|
|
PNL0002 instance 6 mass of gas in pipe [g] Data_Path=mgas@pneumatic_85
|
|
PNL0002 instance 6 mean Reynolds number Data_Path=re@pneumatic_85
|
|
PNL0002 instance 6 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_85
|
|
PNL0002 instance 6 mean gas velocity [m/s] Data_Path=v@pneumatic_85
|
|
PNL0002 instance 6 mean friction factor Data_Path=ff@pneumatic_85
|
|
PNL0002 instance 7 temperature at center of pipe [K] Data_Path=tctr@pneumatic_86
|
|
PNL0002 instance 7 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_86
|
|
PNL0002 instance 7 mass of gas in pipe [g] Data_Path=mgas@pneumatic_86
|
|
PNL0002 instance 7 mean Reynolds number Data_Path=re@pneumatic_86
|
|
PNL0002 instance 7 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_86
|
|
PNL0002 instance 7 mean gas velocity [m/s] Data_Path=v@pneumatic_86
|
|
PNL0002 instance 7 mean friction factor Data_Path=ff@pneumatic_86
|
|
PNL0003 instance 5 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_87
|
|
PNL0003 instance 5 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_87
|
|
PNL0003 instance 5 mass of gas in pipe [g] Data_Path=mgas@pneumatic_87
|
|
PNL0003 instance 5 Reynolds number Data_Path=re@pneumatic_87
|
|
PNL0003 instance 5 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_87
|
|
PNL0003 instance 5 mean gas velocity [m/s] Data_Path=v@pneumatic_87
|
|
PNL0003 instance 5 friction factor Data_Path=ff@pneumatic_87
|
|
PNL0003 instance 6 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_88
|
|
PNL0003 instance 6 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_88
|
|
PNL0003 instance 6 mass of gas in pipe [g] Data_Path=mgas@pneumatic_88
|
|
PNL0003 instance 6 Reynolds number Data_Path=re@pneumatic_88
|
|
PNL0003 instance 6 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_88
|
|
PNL0003 instance 6 mean gas velocity [m/s] Data_Path=v@pneumatic_88
|
|
PNL0003 instance 6 friction factor Data_Path=ff@pneumatic_88
|
|
PNL0003 instance 7 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_91
|
|
PNL0003 instance 7 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_91
|
|
PNL0003 instance 7 mass of gas in pipe [g] Data_Path=mgas@pneumatic_91
|
|
PNL0003 instance 7 Reynolds number Data_Path=re@pneumatic_91
|
|
PNL0003 instance 7 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_91
|
|
PNL0003 instance 7 mean gas velocity [m/s] Data_Path=v@pneumatic_91
|
|
PNL0003 instance 7 friction factor Data_Path=ff@pneumatic_91
|
|
PNL0003 instance 8 enthalpy flow at center of pipe [J/s] Data_Path=dhctr@pneumatic_92
|
|
PNL0003 instance 8 mass flow at center of pipe [g/s] Data_Path=dmctr@pneumatic_92
|
|
PNL0003 instance 8 mass of gas in pipe [g] Data_Path=mgas@pneumatic_92
|
|
PNL0003 instance 8 Reynolds number Data_Path=re@pneumatic_92
|
|
PNL0003 instance 8 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_92
|
|
PNL0003 instance 8 mean gas velocity [m/s] Data_Path=v@pneumatic_92
|
|
PNL0003 instance 8 friction factor Data_Path=ff@pneumatic_92
|
|
PNL0001 instance 11 mass of gas in pipe [g] Data_Path=mgas@pneumatic_93
|
|
PNL0001 instance 11 Reynolds number Data_Path=re@pneumatic_93
|
|
PNL0001 instance 11 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_93
|
|
PNL0001 instance 11 mean gas velocity [m/s] Data_Path=v@pneumatic_93
|
|
PNL0001 instance 11 friction factor Data_Path=ff@pneumatic_93
|
|
PNL0001 instance 12 mass of gas in pipe [g] Data_Path=mgas@pneumatic_94
|
|
PNL0001 instance 12 Reynolds number Data_Path=re@pneumatic_94
|
|
PNL0001 instance 12 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_94
|
|
PNL0001 instance 12 mean gas velocity [m/s] Data_Path=v@pneumatic_94
|
|
PNL0001 instance 12 friction factor Data_Path=ff@pneumatic_94
|
|
PNL0002 instance 8 temperature at center of pipe [K] Data_Path=tctr@pneumatic_95
|
|
PNL0002 instance 8 pressure at center of pipe [Pa] Data_Path=pctr@pneumatic_95
|
|
PNL0002 instance 8 mass of gas in pipe [g] Data_Path=mgas@pneumatic_95
|
|
PNL0002 instance 8 mean Reynolds number Data_Path=re@pneumatic_95
|
|
PNL0002 instance 8 mean mass flow parameter [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_95
|
|
PNL0002 instance 8 mean gas velocity [m/s] Data_Path=v@pneumatic_95
|
|
PNL0002 instance 8 mean friction factor Data_Path=ff@pneumatic_95
|
|
PNL0001 instance 13 mass of gas in pipe [g] Data_Path=mgas@pneumatic_96
|
|
PNL0001 instance 13 Reynolds number Data_Path=re@pneumatic_96
|
|
PNL0001 instance 13 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_96
|
|
PNL0001 instance 13 mean gas velocity [m/s] Data_Path=v@pneumatic_96
|
|
PNL0001 instance 13 friction factor Data_Path=ff@pneumatic_96
|
|
PNL0001 instance 14 mass of gas in pipe [g] Data_Path=mgas@pneumatic_97
|
|
PNL0001 instance 14 Reynolds number Data_Path=re@pneumatic_97
|
|
PNL0001 instance 14 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_97
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PNL0001 instance 14 mean gas velocity [m/s] Data_Path=v@pneumatic_97
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PNL0001 instance 14 friction factor Data_Path=ff@pneumatic_97
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PNL0001 instance 15 mass of gas in pipe [g] Data_Path=mgas@pneumatic_98
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PNL0001 instance 15 Reynolds number Data_Path=re@pneumatic_98
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PNL0001 instance 15 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_98
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PNL0001 instance 15 mean gas velocity [m/s] Data_Path=v@pneumatic_98
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PNL0001 instance 15 friction factor Data_Path=ff@pneumatic_98
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PNL0001 instance 16 mass of gas in pipe [g] Data_Path=mgas@pneumatic_99
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PNL0001 instance 16 Reynolds number Data_Path=re@pneumatic_99
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PNL0001 instance 16 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_99
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PNL0001 instance 16 mean gas velocity [m/s] Data_Path=v@pneumatic_99
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PNL0001 instance 16 friction factor Data_Path=ff@pneumatic_99
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PNL00R instance 1 Reynolds number Data_Path=re@pneumatic_100
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PNL00R instance 1 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_100
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PNL00R instance 1 mean gas velocity [m/s] Data_Path=v@pneumatic_100
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PNL00R instance 1 friction factor Data_Path=ff@pneumatic_100
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PNL0001 instance 17 mass of gas in pipe [g] Data_Path=mgas@pneumatic_101
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PNL0001 instance 17 Reynolds number Data_Path=re@pneumatic_101
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PNL0001 instance 17 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_101
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PNL0001 instance 17 mean gas velocity [m/s] Data_Path=v@pneumatic_101
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PNL0001 instance 17 friction factor Data_Path=ff@pneumatic_101
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PNL0001 instance 18 mass of gas in pipe [g] Data_Path=mgas@pneumatic_102
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PNL0001 instance 18 Reynolds number Data_Path=re@pneumatic_102
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PNL0001 instance 18 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_102
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PNL0001 instance 18 mean gas velocity [m/s] Data_Path=v@pneumatic_102
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PNL0001 instance 18 friction factor Data_Path=ff@pneumatic_102
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PNL0001 instance 19 mass of gas in pipe [g] Data_Path=mgas@pneumatic_103
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PNL0001 instance 19 Reynolds number Data_Path=re@pneumatic_103
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PNL0001 instance 19 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_103
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PNL0001 instance 19 mean gas velocity [m/s] Data_Path=v@pneumatic_103
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PNL0001 instance 19 friction factor Data_Path=ff@pneumatic_103
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PNL0001 instance 20 mass of gas in pipe [g] Data_Path=mgas@pneumatic_104
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PNL0001 instance 20 Reynolds number Data_Path=re@pneumatic_104
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PNL0001 instance 20 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_104
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PNL0001 instance 20 mean gas velocity [m/s] Data_Path=v@pneumatic_104
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PNL0001 instance 20 friction factor Data_Path=ff@pneumatic_104
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PNL00R instance 2 Reynolds number Data_Path=re@pneumatic_105
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PNL00R instance 2 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_105
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PNL00R instance 2 mean gas velocity [m/s] Data_Path=v@pneumatic_105
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PNL00R instance 2 friction factor Data_Path=ff@pneumatic_105
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PNL00R instance 3 Reynolds number Data_Path=re@pneumatic_106
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PNL00R instance 3 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_106
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PNL00R instance 3 mean gas velocity [m/s] Data_Path=v@pneumatic_106
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PNL00R instance 3 friction factor Data_Path=ff@pneumatic_106
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PNL00R instance 4 Reynolds number Data_Path=re@pneumatic_107
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PNL00R instance 4 mass flow parameter (cm) [(kg*K/J)**(1/2)] Data_Path=cm@pneumatic_107
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PNL00R instance 4 mean gas velocity [m/s] Data_Path=v@pneumatic_107
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PNL00R instance 4 friction factor Data_Path=ff@pneumatic_107
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