Submodels requiring manual conversion

Hydraulic submodels that cannot be converted

Conversion impossible This appendix lists the cases where the icon differs between the Hydraulic and Thermal Hydraulic libraries and submodels cannot be converted. In this case, the user must manually replace the icon. The parameterization may be different between the Hydraulic and Thermal Hydraulic submodels.

Note

All Discrete partitioning submodels must be manually updated.

Hydraulic icons

Hydraulic submodel	Possible Thermal Hydraulic replacement	Comment
HA0010	TFAC000	Please note that the modeling is different between HYDR and THH submodels. Users must add an orifice (TFORF0).
HA0011	TFAC000	Please note that the modeling is different between HYDR and THH submodels.
HA0020	TFAC000	Please note that the modeling is different between HYDR and THH submodels. Users must add an orifice (TFORF0).
HA0021	TFAC000	Please note that the modeling is different between HYDR and THH submodels.
HLLWPIPE0	TFCFDPIPEAD0	Do not forget to add a network definition TFCFDNTWP0.
HLLWCNXEFFORT0	TFCFDCNXEFFORT0	Do not forget to add a network definition TFCFDNTWP0.
HLLWCNXFLOW0	TFCFDCNXFLOW0	Do not forget to add a network definition TFCFDNTWP0.
HLLW0	TFCFDPIPEAD0	Do not forget to add a network definition TFCFDNTWP0.
HLLW1	TFCFDPIPEAD0	Do not forget to add a network definition TFCFDNTWP0.
HLLW2	TFCFDPIPEAD0	Do not forget to add a network definition TFCFDNTWP0.
HC03	TFC04	This is a dynamic submodel. For conversion, users must rebuild the sketch with HC01.
HFLOC	TFQPT0	Pay attention to the conversion of the volumetric flow rate into mass flow rate.
PQSG1	THSG1	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.
PQSG3	THSG1	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.
PQSG2	THSG0	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.
PQSG4	THSG0	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.
PRESC	TFPT1	Pay attention to unit conversion (bar to barA).
TK10	TFTK3	TFTK3 has an additional Thermal port.

Hydraulic Resistance submodel	Possible Thermal Hydraulic replacement	Comment
HRBEAPET20	TFBEAPET20	TFBEAPET20 has two additional Thermal ports.
HRBEAPET21	TFBEAPET21	TFBEAPET21 has two additional Thermal ports.
HRBEAPET22	TFBEAPET22	TFBEAPET22 has two additional Thermal ports.
HRBEAPET23	TFBEAPET23	TFBEAPET23 has two additional Thermal ports.
HRBEAPET3DMEC13	TFBEAPET3DMEC13	TFBEAPET3DMEC13 has two additional Thermal ports.
HRBEAPET30	TFBEAPET30	TFBEAPET30 has two additional Thermal ports.
HRBEAPET31	TFBEAPET31	TFBEAPET31 has two additional Thermal ports.
HRBEAPET3DMEC41	TFBEAPET3DMEC41	TFBEAPET3DMEC41 has two additional Thermal ports.

Hydraulic Component Design submodel	Possible Thermal Hydraulic Component Design replacement	Comment
DYNDMUXHFLOW	THDYNDMUXHFLOW	This is a dynamic submodel. Users must manually replace it.
DYNDMUXHFLOW2	THDYNDMUXHFLOW2	This is a dynamic submodel. Users must manually replace it.
VANEVCT0	THVANEVCT0	This is a dynamic submodel. Users must manually replace it.
BSQV0	THSG0	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.
BSQV1	THSG1	Pay attention to the pressure unit conversion (bar to barA) and to the change from volumetric flow rate to mass flow rate.

Hydraulic library- different parameterization between Hydraulic and Thermal Hydraulic submodels

Hydraulic submodel	Possible Thermal Hydraulic replacement	Comment
TK11	TFTK3	Please note that TFTK3 will only handle a fixed area.

Hydraulic Resistance submodel	Possible Thermal Hydraulic Resistance replacement	Comment
HR0232	TF232	Please note that TF232 will only handle a cylindrical geometry.

Hydraulic submodels with no equivalent in the Thermal Hydraulic library

Hydraulic submodel	Comment
HLLW0D1DJUNCTION0	Users need to rebuild the sketch. One solution could be to add an intermediate volume to model the junction.
HH06A	Change the sketch, using HL0042 as the most similar submodel.
RHJ00	Users need to rebuild the sketch by selecting another submodel.
ZEROHV	Users need to rebuild the sketch, using the HC00 (explicit state fixed volume) as the most similar submodel.

Hydraulic Component Design submodel	Comment
BAF31	Users need to rebuild the sketch, using the leakage submodel BAF01 as the most similar submodel.
BAF32	Users need to rebuild the sketch, using the leakage submodel BAF02 as the most similar submodel.
BAP33	Users need to rebuild the sketch, using the leakage submodel BAP30 as the most similar submodel.
BAP34	Users need to rebuild the sketch, using the leakage submodel BAP31 as the most similar submodel.
BAN006	Users need to rebuild the sketch, using Signal, Control components to represent the equation.
BHC13	Users need to rebuild the sketch by selecting BHC12 as the most similar submodel.
BRF31	Users need to rebuild the sketch, using the leakage submodel BRF01 as the most similar submodel.
BRF32	Users need to rebuild the sketch, using the leakage submodel BRF02 as the most similar submodel.