7000 - 7999 fatal messages

ID	Message text and information
7000	Run aborted due to errors.
7001	Total number of elements <number> exceeds TMG limit of <limit>.
7002	FILE27 is not present.
7003	Recursive name definition, <name> defined from <name>.
7004	The name definition <name> could not be resolved.
7005	Premature end of file during scan of Card 9.
7006	Error in TMG input file INPF in the above line.
7007	Solid element <ID> has a volume of <value>. CG cannot be calculated.
7008	Error in TMG input file near line no <integer>.
7009	Error in TMG input file INPF: Incorrect number of delimiters <integer>, occurring in lines <list of line numbers>
7010	Element label <ID> exceeds TMG limit of <ID>.
7011	Cannot collect small radiative couplings if residual view factors are not connected to a specified element.
7012	Error in TMG input file INPF: Error in Program Control Card.
7013	Error in TMG input file INPF: Error in Analyzer Control Card.
7014	Cannot perform transient solution with time averaged heat loads.
7015	Error in TMG input file INPF: Card 3 must be comments only.
7016	Error in TMG input file INPF: Error in Program Control or Analyzer Control Card.
7017	Duplicate node in element <ID>.
7018	Node <ID> in element <ID> is not defined.
7019	Error on INP2F for NASTRAN input.
7020	Node <ID> specified in radial heat flow entity does not exist.
7021	Nodes specified in radial heat flow entity are coincident.
7022	Error in TMG input file INPF: Error in Card <number> line <number>.
7023	Nodes of axisymmetric element are too close to the axis.
7024	Number of nodes to be generated <number> in expanding axisymmetric model exceeds limits.
7025	Number of elements to be generated in expanding axisymmetric model exceeds limits.
7026	Axisymmetric element <ID> is incorrectly defined.
7027	Error in TMG input file INPF: error in field <number> of following line <number>.
7028	Excessive data on temperature recovery file, recovery cannot be performed.
7029	More than <number> nodes - renumbering failed.
7030	More than <number> elements - renumbering failed.
7031	Cannot invert a singular matrix.
7032	Error in TMG input file INPF: No MAT Card <number> found, referenced by element <ID>.
7033	Error in TMG input file INPF: Improper PROP Card type specified for element <ID>.
7034	Error in TMG input file INPF: No PROP Card <number> found, referenced by element <ID>.
7035	Error in TMG input file INPF: No FANPUMP table specified on PROP Card <number>.
7036	More than <number> data items on file <number> - merging is not possible.
7037	Improper use of group name <name> - wildcards are not allowed.
7038	Error in TMG input file INPF: Group names are not valid for following Card in field=<ID>.
7039	Element group <name> is not defined.
7040	Error in TMG input file INPF: Improper number of variables on XCIRC Card.
7041	Error in TMG input file INPF: No TABTYPE Card found for referenced table <ID>.
7042	Error in TMG input file INPF: Referenced table no <ID> not found.
7043	Variable type for table <ID> should be conductance.
7044	Fluid element <ID> is selected for element merging - not permitted.
7045	Flow section element creation failed, Could not find an unused element label.
7046	No ambient element was defined.
7047	Ambient conditions are not defined.
7048	Ambient fluid material is not defined.
7049	Convection coupling requested to non-fluid elements.
7050	Element <ID> defined in two separate radial heat flow entities.
7051	Error in TMG input file INPF: Element <ID> defined on two separate ORTHO Cards.
7052	Orthotropic element <ID> is selected in a radial heat flow entity.
7053	On Card no <number> referenced node <ID> does not yet exist.
7054	Element center for solid element <ID> can not be determined, probably improper shape.
7055	Space element label <ID> is too large.
7056	Error generating space elements.
7057	For a full orbit, the time at start position must be zero.
7058	Error in TMG input file INPF: Improper orientation parameter is specified on an Orbit Card.
7059	Error in TMG input file INPF in line <number>.
7060	Improper albedo value in orbit definition.
7061	Improper calculation frequency in orbit definition.
7062	Improper eccentricity value in orbit definition.
7063	Improper semi-major axis ratio in orbit definition.
7064	Improper orbit period in orbit definition.
7065	For a full orbit, the time at start position must be zero.
7066	Error in TMG input file INPF: Improper rotation code in orbit definition.
7067	More than <number> connections: model is too large to solve. Suggestion: use element CG method to calculate conductances.
7068	Improper geometry in element <ID>.
7069	NN parameter of AXISYMM Card <number> < 3.
7070	Axis nodes are not specified for AXISYMM Card <number>.
7071	Axis nodes of AXISYMM Card <number> are too close to each other.
7072	Axis nodes of AXISYMM Card <number> do not exist.
7073	Node <ID> referenced in element <ID> is not defined.
7074	Duplicate node in element <ID>.
7075	More than <number> conductances.
7076	More than <number> heat loads.
7077	More than <number> capacitances.
7078	More than <number> items in sub RECOMB2.
7079	Reverse side of element <ID> must have the same transmissivity.
7080	Reverse side label of element <ID> is too large.
7081	Error in TMG input file INPF: There is a mixing of global and local axisymmetry definitions.
7082	Error in TMG input file INPF: Improper node number <number> on axisymmetry definition Card.
7083	Error in TMG input file INPF: Improper node label <ID> on axisymmetry definition Card.
7084	Error in TMG input file INPF: There is a mixing of global and local axisymmetry definitions.
7085	Improper filename specified for initial <name> boundary condition.
7086	No data was found on initial <string> file <name>.
7087	Error opening initial temperature file <name>.
7088	Transmissive element <ID> does not have its reverse side defined.
7089	Error in TMG input file INPF: Error in orthotropic property for element <ID>.
7090	Nodes defining of coordinate system <ID> are collinear.
7091	Error in TMG input file INPF: Element <ID> referenced in line <number> does not exist.
7092	Space enclosure may not be used if an axisymmetric facet value of 1 is defined.
7093	Error in TMG input file INPF: No corresponding MAT Card for MAT2 Card id <ID>.
7094	Group to group radiation requests are not allowed in axisymmetric models.
7097	Exponent for free convective conductance is too large.
7099	Error in TMG input file INPF: Group name must be specified on PRINT ABSHEAT Card.
7100	If MCV elements are present, Card 2b GRADNT should be -2 or -3.
7101	Error in TMG input file INPF: Physical properties of element <ID> should be defined on PROP Card.
7102	Planar elements with more than 4 nodes are not allowed.
7103	Error in TMG input file INPF: No table number specified for a FANPUMP element.
7104	Because of axisymmetry this is not allowed.
7106	Number of nodes greater than <number>.
7107	Number of elements greater than <number>.
7108	Error in TMG input file INPF: Too many elements on Card 6 VFMERGE Card.
7109	Error in TMG input file INPF: Improper element <ID> on a view factor merge definition.
7110	Error in TMG input file INPF: Improperly placed symmetric elements continuation Card.
7111	Improper element no <ID> on symmetric element definition.
7112	Error in TMG input file INPF: MATVEC Card for element <ID> has no corresponding MAT Card.
7113	Error in TMG input file INPF: Element <ID> has two material orientation vectors.
7114	Error in TMG input file INPF: Orthotropic element <ID> has no material orientation vector.
7115	Error in STRNO subroutine on string. <string>
7116	Error in TMG input file INPF: TABTYPE Card may not have QNODE as independent variable.
7117	Error in TMG input file INPF: Reverse side definition of group name <name> has element increment=0.
7118	Cannot mix sun oriented and planet oriented orbits in same run.
7119	Fluid material <ID> has zero viscosity.
7120	Quartic solver cannot be used with CG element method.
7121	Error in TMG input file INPF:Fluid element <ID> has improper material <ID>.
7122	Error in creating reverse side for element <ID> with increment <ID>. Element label conflict found.
7123	Reverse side element with label <ID> is created, maximum element label for axisymmetric models is 10000.
7124	Element group <name> contains no elements.
7125	Element group <name> has improper group name.
7126	Error reading pressure BC data from file PRESSF.
7127	Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Variable Heat Flux data (INTERP with AREA code). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.
7128	Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Time Varying Total Heat Load data (INTERP with TOTAL code). You must use the option Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.
7129	Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Variable Heat Flux data (INTERP with VOLUME code). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.
7130	Runtime Option to Reuse Previous Model (M=256 restart) cannot be used since element <ID> is associated with variable data (INTERP Card). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.
7131	Transparent elements are not supported with articulation/spin.
7132	Weighted view factor adjustment is not supported with articulation.
7133	Ray tracing is not supported with articulation/spin.
7134	Circular elements are not supported with axisymmetric elements.
7135	Interface element <ID> has non-zero thermal conductivity. Recommend you change to element center method or set thermal conductivity to zero.
7136	Element <ID> has table-dependent surface properties defined while its reverse side does not.
7137	Element reverse side request with zero increment exists while largest element number is <number>.
7138	Conduction module must be re-run for restarts when using IDEAS boundary conditions.
7139	Table-dependent solar flux value is not allowed, the solar flux is in conflict with solar flux defined on Orbit Cards.
7140	Elements with property number <ID> have both transmissivity and specularity defined. This is not permitted.
7141	The reverse sides of the elements in group <name> do not exist. The radiation request for these reverse side elements is invalid.
7142	The number of spin positions must be greater than or equal to 2.
7143	The normal (<value 1>,<value 2>,<value 3>) of the selection for radial stream <ID> is perpendicular to the Z axis of the local cylindrical coordinate system for streams. Check the cylindrical coordinate system setup.
7144	No stream elements are created for radial stream <ID>. Check your local cylindrical coordinate system setup.
7145	The search for inlet node on element <ID> for stream <ID> has failed. Specify the inlet node by adding one of the following cards: TSTREAM <number> NDINLET<number> or TSTREAM<number> NDINLET <number>.
7146	The order of elements for selection for the stream <ID> does not start with the inlet element indicated <ID>. Choose a proper inlet element from which the stream starts or make a proper path selection for the stream.
7147	Conflicts between different BC selections are encountered.
7148	One or more streams are defined on unsupported topology including multiple not connected surfaces. Please specify selection for the streams on one surface. More information is available in the above notes.
7149	One or more two-sided streams are not valid due to sides A and B having opposite directions. Please see the above WARNINGS for more information.
7151	The radiative source power file: <name> cannot be opened. Radiative heating is thus undefined.
7152	Radiative source power cannot be computed from block: <name>. Check the source file and make sure the block is available and the heating source is properly defined.
7153	Duct fan/pump BCs are only supported for ducts with mass flow by the Navier Stokes 1D solver. Use duct inlet/outlet BC instead. For a list of invalid elements for fan/pump BCs, see the [Solution_name]_report.log file.
7154	Duct opening BCs are not supported by the Navier Stokes 1D solver. Use duct total pressure or duct inlet/outlet of type total pressure instead. For a list of invalid elements for duct opening BCs, see the [Solution_name]_report.log file.
7155	<string> Error in TMG input file INPF: The above Card <number> line no.<number> has an error in it.
7156	Restart analysis is not supported when using model file tmgmodel.dat. Model file is used with parabolic shell and axisymmetric shell elements or articulation.
7157	Articulation time values cannot be modified in a restart run.
7158	One of the generated space elements starting with space element number <ID> conflicts with an existing element number. Use another starting space element number.
7159	The following <number> elements have reverse sides and have their emissivities modified by an interpolation relationship. This is not permitted. If you wish to specify a table-dependent emissivity for these elements, it must be specified in the material definition. A complete element list appears in file groups.unv with the group name <name>. <partial list of element IDs>
7160	Enclosure radiation BCs are applied on shared axisymmetric edges. This is not allowed.
7161	Error in radiative heating BC. Monte-Carlo cannot be used with a table dependent power source. Define a constant source or choose another computation method.
7162	Node <ID> is a duplicate.
7163	For protective layer <ID> with the name <name> the selected surface presents inconsistent normal directions (such in the vicinity of the node <ID>). This inconsistency prevents creation of protective layer elements with proper geometry.
7170	Error reading file INP2F.
7171	Number of elements to be created for applying boundary conditions exceeds limits.
7172	Internal element label <ID> is not found.
7173	Internal node label <ID> is not found.
7174	The number of heat flux boundary conditions exceeds limits.
7175	The number of convection boundary conditions exceeds the limits.
7176	The number of radiation boundary conditions exceeds the limits.
7181	Parent joint <ID> not found for joint <ID>.
7182	Vector number <ID> not found for joint <ID>.
7183	Duct inlet/outlet BCs are not supported by the Generalized Bernoulli 1D solver. Use other BCs that are supported instead, i.e. duct fan/pump, duct total pressure, duct static pressure, or duct opening. For a list of failing BCs, see the [Solution_name]_report.log file.
7184	GPU view factors and ray tracing cannot be mixed with non-GPU radiation calculation methods (hemicube rendering, deterministic, or Monte Carlo). Use only GPU radiation calculation methods within a solution or only non-GPU ones.
7185	Non-gray radiation is not supported by GPU view factors and GPU ray tracing radiation calculation methods.
7186	Spinning solid motion effect is not supported by GPU view factors and GPU ray tracing radiation calculation methods.
7193	Error in TMG input file INPF: Line generated by a Card with a name in it has an error.
7194	Error in TMG input file INPF: First character in Card 7 Card starts with the letter C.
7195	Error in TMG input file INPF: First character in Card 8 Card starts with the letter C.
7196	Error in TMG input file INPF: Too many group names in line.
7197	Orthotropic materials cannot be specified in an axisymmetric model.
7198	Enclosure view factor requests are not allowed in an axisymmetric model.
7199	Maximum element number <ID> is too large. Cannot create cubic space elements.
7200	A face of solid element <ID> is connected to multiple planar elements: <ID> and <ID>.
7201	A face of solid element <ID> is connected to multiple solid elements: <ID> and <ID>.
7202	More than <number> elements in conduction module.
7203	Duplicate lumped mass elements on node <ID>.
7204	More than one fluid flow element branches into node <ID>.
7205	Error in TMG input file INPF: Orthotropic material nodes <ID> <ID> are improper.
7206	Error in TMG input file INPF: Orthotropic material defined with nodes <ID> <ID> has improper directions.
7207	Error in TMG input file INPF: Orthotropic material defined with nodes <ID> <ID> has improper directions.
7208	Error - sum of flows into node <ID> is not zero.
7209	Error in TMG input file INPF: Anisotropic conductivity not defined correctly.
7210	Parabolic shell coating is applied on a non-parabolic element or vice versa at element <ID>. This type of coating is not supported with the Finite Element Method. Please remesh and rerun your simulation.
7211	For protective layer <ID> with the name <name> the protective element created for element <ID> has a thickness value of <value>. Please make sure a positive thickness is applied.
7212	For protective layer <ID> with the name <name> the protective node created for node <ID> has a thickness value of <value>. Please make sure a positive thickness is applied.
7213	The following elements have zero thickness. This case is not supported by the solver. <list of element IDs>
7214	Report simulation objects are not supported with Finite Element Method and Parallel run.
7300	Element <ID> is a duplicate on a symmetric element definition Card.
7301	Element <ID> is not defined on any symmetric element definition Card.
7302	Ambient conditions are not defined for free convection.
7303	Free convection with parallel plate correlation is defined for element <ID> which is not a planar shell.
7304	More than <number> elements for view factor module, exceeds its limits.
7305	Element label <ID> is too large.
7306	Earth albedo factors may not be calculated for axisymmetric elements.
7307	Solar view factors may not be calculated for axisymmetric elements.
7308	Earth view factors may not be calculated for symmetric elements.
7309	View factors may not be calculated for symmetric elements with the ray trace option.
7310	Radiative heating may not be calculated for symmetric elements.
7311	Radiating element <ID> not defined in symmetric element definition. Possible cause - it was defined as a non-axisymmetric element.
7312	On Card <card name>, on file VUFF neither element I nor element J appears as an N1 profile element on Card 6h.
7313	Improper characteristic element <ID> specified for free convection.
7314	A radiation request is present that is not supported together with articulation. Only "All" and "Enclosure" requests are supported with articulating elements.
7315	Missing "All Elements" solar heating or orbit definition with articulation.
7316	Articulation and spinning are not supported in same run.
7317	Total number of spin definitions <number> exceeds TMG limit of <number>.
7318	Internal TMG error 7318, error with ray tracing for element <ID>.
7319	<number> articulating elements are out of enclosure: <ID>.
7320	Articulation joints are not present in any enclosures and there is no VFSALL/VFNALL radiation request.
7321	Articulation in VFS1ALL/VFN1ALL radiation requests has been found. This is not supported.
7322	Articulation elements are found in the element list of a VFS12/VFN12 radiation request. This is not supported.
7323	For element <ID>, the total diffuse reflectivity in the <name> spectrum that is derived from the BRDF given by array <ID> yields inconsistent radiative properties.
7324	To use the ray tracing visualizer, the thermal model must be run with the advanced option ENABLE RAY TRACING VISUALIZER turned on.
7325	Multilayer elements are used with Join thermal couplings. This is not permitted, it is suggested you try to couple them with large thermal couplings. Associated with entity: <name> Element list: <partial list of IDs> ...
7326	Particle tracking and flux calculation cannot be performed in the same run.
7327	Thermal couplings to stream elements must have stream elements in secondary selection. Associated with entity: <name> Element list: <partial list of IDs> ...
7328	Unable to allocate array <ID> on remote machine <ID> when broadcasting primary/remote shared data to remote cores. Try a lower number of processors per host machine.
7400	The number of elements in an enclosure exceeds the limit of <number>. Use Oppenheim method instead.
7401	The number of view factors exceeds the limit of <number>.
7402	Gray body matrix cannot be determined: Element <ID> in enclosure has an improper surface property.
7403	Error during LU decomposition.
7404	Element label <ID> is > <ID>, residual view factor handling is improper.
7405	Element <ID> is improperly defined.
7406	Maximum element label <ID> exceeded.
7407	Not enough memory to store data. Please set advanced parameter: GPUINMEMORYFILE=1.
7500	More than 10000 time cases in model.
7501	Gray body matrix has more than <number> terms.
7502	Transparent surfaces are present and radiative heat flux calculations are requested with the Gebhardt's Method. Use the Oppenheim Method.
7503	The following <number> elements appear in multiple radiative source requests. A complete element list appears in file groups.unv with the group name <name>. <partial list of element IDs>
7504	Not enough memory to store data. Please set advanced parameter: GPUINMEMORYFILE=1.
7600	More than <number> convective conductances.
7601	Element <ID> not defined on Card 5, error in NASTRAN output.
7602	More than <number> heat loads in model.
7603	More than <number> elements with temperature BCs in reduced model.
7604	More than <number> heat loads in reduced model.
7605	Error on line <string>.
7606	Material Table <ID> not found while translating NEVADA deck.
7607	TMG Beam Element <ID> has zero length.
7608	TMG Element <ID> is poorly defined, cannot generate NEVADA coordinate system.
7609	Material property <name> for material table <ID> cannot be found.
7651	FATAL Error <string>
7652	Unable to get TMG version number from version file. Check TMG installation.
7700	Error in CR1.
7701	More than <number> elements.
7702	Error on TAPE13 on line no <number>.
7800	Insufficient memory in MEREL module = <value>. Please check if an excessive number of additional XCOND conductances were defined.
7801	Number of conductances exceeds <value>. Series conductance between elements <ID> and <ID> not processed.
7802	Error in reading file in subroutine SER2.
7803	Error on temperature file TEMPF.
7804	More than <number> time values.
7805	A boundary condition or load has been defined on the interface between two plane stress elements or two Cyclic Symmetry simulation objects with different numbers of instances. It is not defined how to compute the coupling area in this situation. The associated element numbers are <ID> and <ID>.
7900	More than <number> table references.
7901	Error in TMG input file INPF: Dependent variable on table <ID> for FANPUMP element <ID> must be DeltaPT, Volume, Mass Flow, OR Velocity.
7902	For time=<value> all time-dependent tables are periodic. For periodic tables initial time value must be 0, not <value>.
7903	For time=<value> time-dependent table <ID> is periodic. For periodic tables initial time value must be 0, not <value>.
7904	Value of conductance between elements <ID> <ID> modified by table interpolation from table <ID> is < 0.
7905	Element <ID> has flow section improperly defined.
7906	Flow section for fluid element <ID> not defined.
7907	Flow resistance <ID> between <ID> and <ID> is infinite.
7908	Flow resistance <ID> between <ID> and <ID> is zero.
7909	Rad. conductance <ID> between <ID> and <ID> is zero.
7910	Radiative conductance <ID> between <ID> and <ID> cannot be evaluated, temperature <ID> = <value>, temperature <ID> = <value>.
7911	Improper direction for fluid elements <ID> <ID>.
7912	Conductance value <ID> between <ID> and <ID> is zero.
7913	Conductance value <ID> between <ID> and <ID> is infinite.
7914	Nonconsecutive table number <ID>. Possible TABDATA Cards with no corresponding TABTYPE Cards are present.
7915	Number of tables exceeds <value>.
7916	More than <value> entries in a table.
7917	More than <value> conductances.
7918	Convective couplings created without fluid elements.
7919	Undefined or improper flow section for fluid element <ID>. You must define a flow section at all points in the network except at the free ends, which are assigned ambient conditions.
7920	Fluid properties are not defined for element <ID> at node <ID>. You must ensure that fluid properties are defined at the inlet to the network. If you are using a pressure boundary condition, assign fluid properties to the rigid link flow section element.
7921	Undefined or improper flow section for fluid element <ID> at node <ID>. You must define a flow section at all points in the network except free ends, which are assigned ambient conditions.
7922	Linear conductance <ID> between <ID> and <ID> has improper value of <value>.
7923	Radiative conductance <ID> between <ID> and <ID> has improper value of <value>.
7924	1-way conductance <ID> between <ID> and <ID> has improper value of <value>.
7925	More than <number> fluid elements or conductances.
7926	More than <number> character string descriptors.
7927	No upstream element found for fluid element <ID>.
7928	One of the capacitances of phase change element <ID> is zero.
7929	Error in TMG input file INPF: More than <number> VARIABLE Cards.
7930	Element <ID> type not defined on geometry file.
7931	Insufficient storage for ILU accelerator needs <number> locations.
7932	Improper matrix for ILU accelerator.
7933	ILU accelerator faces breakdown.
7934	Too many conductances for ILU accelerator.
7935	Insufficient work length vector = <value> specified in FASTSOLVE as PAR(6). Should be at least <value>.
7936	Conjugate-gradient solver iterative breakdown, please check boundary conditions.
7937	No temperature constraints specified for steady state run. Please change your <name> to transient.
7938	Improper electrical boundary conditions defined.
7939	Error in routine CRSMADD while creating matrix.
7940	Error while creating electrical resistance matrix.
7941	Electrical element <ID> with material property <ID> should have table-dependent thermal conductivity defined.
7942	Error reading <name>.
7943	Error encountered with a conductance connected to element <ID>. Preconditioning matrix could not be constructed.
7944	Unable to allocate array <name> from FGETMEM. Probably insufficient swap space or inappropriate limits set.
7945	Unable to allocate array <ID> in routine fgetmem2. Trying to allocate <value> bytes,<value> bytes have already been allocated. Probable cause is insufficient swap space.
7946	Memory allocation failed with default LFIL value of <value>. Try a lower value with Card 9 PARAM ILU Card.
7947	Cannot find the flow time-step table data. Check the name of the time-step profile in the transient BC file.
7948	Cannot find the thermal time-step table data. Check the name of the time-step profile in the transient BC file.
7949	Error in interpolation routine when creating time step table.
7950	Negative emissivities specified in table <ID>.
7951	Unable to allocate sufficient memory to solve the model with a matrix fill value of <value>. Trying to allocate <value> bytes, <value> have already been allocated. Possible cause: insufficient swap space. Suggestion: if you find the residual value acceptable, increase the convergence criterion to something above this value.
7952	Hydraulic element <ID> is connected to element <ID> with a follower conductance. This is not permitted. You can achieve the same result by specifying both elements to be sinks, and making one follow the temperature of the other with a temperature vs temperature table.
7953	User DLL schema is active but tmgopen_user or tmgopen shared object could not be found, it could be related to USER1.f compile or link errors.
7954	Improper material properties defined either for element <ID> or for the AMBIENT element. Either the density, or the viscosity, or the specific heat, or the thermal conductivity is zero.
7955	Unable to access file heatermatrix.dat.
7956	A Real Time TMG API routine is called and the Real Time TMG feature is not activated. You may activate this feature by including GPARAM 12 1378 1 in the input file.
7957	Encountered a hydraulic connection between a stream network element <ID> and a non-stream hydraulic element <ID>.
7958	There are no active heater controllers but the option to determine equivalent heat loads to maintain thermostat set points has been selected.
7959	Multiple independent variables not allowed for expression ID <ID>: <string>.
7960	Fluid temperature is referenced for element <ID> for expression ID <ID> but there are no hydraulic elements associated with that element.
7961	Invalid BC index ID <ID> referenced in expression function <name>.
7962	Empty element selection encountered when processing BC index ID <ID> referenced in expression function <name>.
7963	Out-of-domain or undefined element <ID> on domain <ID> for BC index ID <ID> referenced in expression function <name>.
7964	One of expressions references non-existing additional fluid material <ID> in material list <ID>.
7965	The named point <name> used in the function <name> does not exist. Please check the named points names.
7966	Function <name> references invalid void region ID <ID> for thermal void load <ID>.
7967	Function <name> references invalid thermal void load <ID>.
7968	The curve <name> used in the function RLD does not exist. Please check the curve names.
7969	The curve <name> used in the function RLD references the point <ID> that does not exist in INPF.
7970	Inconsistent rotational loads while using PWR function: the stream <ID> has <string> while the void <ID> has <string>.
7971	<name> is missing or not properly provided.
7972	Number of data in the table of index of refraction has to be equal to the number of data in the table of extinction coefficient.
7973	There are problems with <name> optical properties. Please check the input tables.
7974	Run termination is requested from expressions user plugin.
7975	The table for film thickness dependent <name> is missing.
7976	Evaluated Area or multiplication factor is negative or zero.
7977	There are problems with map arrays.
7979	<name> BC <name> with ID number of <ID> has a negative HTC value. Please verify that the HTC value over the duration of the simulation is greater than or equal to zero.
7980	The capacitance of thermal void with NAME: <name> and with USER ID: <ID> is negative.
7981	The process of pairing wall rotational properties to the corresponding flow node has failed for the following stream: <ID>.
7982	<name> cannot be evaluated because it has dependency on itself.
7983	The function <name> cannot be evaluated because Duct Label <label> has not been defined in the model.
7984	A set of <number> connected streams are defined with the automatically determine inlet temperature/reverse inlet temperature option. However, at this stage, there are no incoming streams into the junction. Therefore, the temperature of the junction cannot be computed. The junction includes streams with IDs: <list of IDs>.
7985	The stream with ID <ID> is defined with the automatically determine reverse mass flow option. During the reverse condition, the mass flow was calculated to be in the nominal direction. The calculated direction of the flow contradicts the model setup.
7986	The flow time-step table is empty. Check the time-step profile in the transient BC file.
7987	Thermal correlation cannot run without a design variable in the model.
7988	DESIGN VARIABLE <name> is not defined.
7989	Thermal Coupling - <name>: The element with the global index = <ID> is not a supported type with Finite Element Method. Select the Element CG Method in order to run this simulation.
7990	Two different Rotation loads has been defined for element <ID>: Rotation load 1 ID: <ID> Rotation load 2 ID: <ID> Please remove one of the loads.
7991	Thermal correlation cannot run without a correlation target in the model.
7992	Interpolation of <name> for the <name> BC <name> with ID number <ID> has failed. Please check the property definition.

7000

Run aborted due to errors.

7001

Total number of elements <number> exceeds TMG limit of <limit>.

7002

FILE27 is not present.

7003

Recursive name definition, <name> defined from <name>.

7004

The name definition <name> could not be resolved.

7005

Premature end of file during scan of Card 9.

7006

Error in TMG input file INPF in the above line.

7007

Solid element <ID> has a volume of <value>. CG cannot be calculated.

7008

Error in TMG input file near line no <integer>.

7009

Error in TMG input file INPF: Incorrect number of delimiters <integer>, occurring in lines

7010

Element label <ID> exceeds TMG limit of <ID>.

7011

Cannot collect small radiative couplings if residual view factors are not connected to a specified element.

7012

Error in TMG input file INPF: Error in Program Control Card.

7013

Error in TMG input file INPF: Error in Analyzer Control Card.

7014

Cannot perform transient solution with time averaged heat loads.

7015

Error in TMG input file INPF: Card 3 must be comments only.

7016

Error in TMG input file INPF: Error in Program Control or Analyzer Control Card.

7017

Duplicate node in element <ID>.

7018

Node <ID> in element <ID> is not defined.

7019

Error on INP2F for NASTRAN input.

7020

Node <ID> specified in radial heat flow entity does not exist.

7021

Nodes specified in radial heat flow entity are coincident.

7022

Error in TMG input file INPF: Error in Card <number> line <number>.

7023

Nodes of axisymmetric element are too close to the axis.

7024

Number of nodes to be generated <number> in expanding axisymmetric model exceeds limits.

7025

Number of elements to be generated in expanding axisymmetric model exceeds limits.

7026

Axisymmetric element <ID> is incorrectly defined.

7027

Error in TMG input file INPF: error in field <number> of following line <number>.

7028

Excessive data on temperature recovery file, recovery cannot be performed.

7029

More than <number> nodes - renumbering failed.

7030

More than <number> elements - renumbering failed.

7031

Cannot invert a singular matrix.

7032

Error in TMG input file INPF: No MAT Card <number> found, referenced by element <ID>.

7033

Error in TMG input file INPF: Improper PROP Card type specified for element <ID>.

7034

Error in TMG input file INPF: No PROP Card <number> found, referenced by element <ID>.

7035

Error in TMG input file INPF: No FANPUMP table specified on PROP Card <number>.

7036

More than <number> data items on file <number> - merging is not possible.

7037

Improper use of group name <name> - wildcards are not allowed.

7038

Error in TMG input file INPF: Group names are not valid for following Card in field=<ID>.

7039

Element group <name> is not defined.

7040

Error in TMG input file INPF: Improper number of variables on XCIRC Card.

7041

Error in TMG input file INPF: No TABTYPE Card found for referenced table <ID>.

7042

Error in TMG input file INPF: Referenced table no <ID> not found.

7043

Variable type for table <ID> should be conductance.

7044

Fluid element <ID> is selected for element merging - not permitted.

7045

Flow section element creation failed, Could not find an unused element label.

7046

No ambient element was defined.

7047

Ambient conditions are not defined.

7048

Ambient fluid material is not defined.

7049

Convection coupling requested to non-fluid elements.

7050

Element <ID> defined in two separate radial heat flow entities.

7051

Error in TMG input file INPF: Element <ID> defined on two separate ORTHO Cards.

7052

Orthotropic element <ID> is selected in a radial heat flow entity.

7053

On Card no <number> referenced node <ID> does not yet exist.

7054

Element center for solid element <ID> can not be determined, probably improper shape.

7055

Space element label <ID> is too large.

7056

Error generating space elements.

7057

For a full orbit, the time at start position must be zero.

7058

Error in TMG input file INPF: Improper orientation parameter is specified on an Orbit Card.

7059

Error in TMG input file INPF in line <number>.

7060

Improper albedo value in orbit definition.

7061

Improper calculation frequency in orbit definition.

7062

Improper eccentricity value in orbit definition.

7063

Improper semi-major axis ratio in orbit definition.

7064

Improper orbit period in orbit definition.

7065

For a full orbit, the time at start position must be zero.

7066

Error in TMG input file INPF: Improper rotation code in orbit definition.

7067

More than <number> connections: model is too large to solve. Suggestion: use element CG method to calculate conductances.

7068

Improper geometry in element <ID>.

7069

NN parameter of AXISYMM Card <number> < 3.

7070

Axis nodes are not specified for AXISYMM Card <number>.

7071

Axis nodes of AXISYMM Card <number> are too close to each other.

7072

Axis nodes of AXISYMM Card <number> do not exist.

7073

Node <ID> referenced in element <ID> is not defined.

7074

Duplicate node in element <ID>.

7075

More than <number> conductances.

7076

More than <number> heat loads.

7077

More than <number> capacitances.

7078

More than <number> items in sub RECOMB2.

7079

Reverse side of element <ID> must have the same transmissivity.

7080

Reverse side label of element <ID> is too large.

7081

Error in TMG input file INPF: There is a mixing of global and local axisymmetry definitions.

7082

Error in TMG input file INPF: Improper node number <number> on axisymmetry definition Card.

7083

Error in TMG input file INPF: Improper node label <ID> on axisymmetry definition Card.

7084

Error in TMG input file INPF: There is a mixing of global and local axisymmetry definitions.

7085

Improper filename specified for initial <name> boundary condition.

7086

No data was found on initial <string> file <name>.

7087

Error opening initial temperature file <name>.

7088

Transmissive element <ID> does not have its reverse side defined.

7089

Error in TMG input file INPF: Error in orthotropic property for element <ID>.

7090

Nodes defining of coordinate system <ID> are collinear.

7091

Error in TMG input file INPF: Element <ID> referenced in line <number> does not exist.

7092

Space enclosure may not be used if an axisymmetric facet value of 1 is defined.

7093

Error in TMG input file INPF: No corresponding MAT Card for MAT2 Card id <ID>.

7094

Group to group radiation requests are not allowed in axisymmetric models.

7097

Exponent for free convective conductance is too large.

7099

Error in TMG input file INPF: Group name must be specified on PRINT ABSHEAT Card.

7100

If MCV elements are present, Card 2b GRADNT should be -2 or -3.

7101

Error in TMG input file INPF: Physical properties of element <ID> should be defined on PROP Card.

7102

Planar elements with more than 4 nodes are not allowed.

7103

Error in TMG input file INPF: No table number specified for a FANPUMP element.

7104

Because of axisymmetry this is not allowed.

7106

Number of nodes greater than <number>.

7107

Number of elements greater than <number>.

7108

Error in TMG input file INPF: Too many elements on Card 6 VFMERGE Card.

7109

Error in TMG input file INPF: Improper element <ID> on a view factor merge definition.

7110

Error in TMG input file INPF: Improperly placed symmetric elements continuation Card.

7111

Improper element no <ID> on symmetric element definition.

7112

Error in TMG input file INPF: MATVEC Card for element <ID> has no corresponding MAT Card.

7113

Error in TMG input file INPF: Element <ID> has two material orientation vectors.

7114

Error in TMG input file INPF: Orthotropic element <ID> has no material orientation vector.

7115

Error in STRNO subroutine on string. <string>

7116

Error in TMG input file INPF: TABTYPE Card may not have QNODE as independent variable.

7117

Error in TMG input file INPF: Reverse side definition of group name <name> has element increment=0.

7118

Cannot mix sun oriented and planet oriented orbits in same run.

7119

Fluid material <ID> has zero viscosity.

7120

Quartic solver cannot be used with CG element method.

7121

Error in TMG input file INPF:Fluid element <ID> has improper material <ID>.

7122

Error in creating reverse side for element <ID> with increment <ID>. Element label conflict found.

7123

Reverse side element with label <ID> is created, maximum element label for axisymmetric models is 10000.

7124

Element group <name> contains no elements.

7125

Element group <name> has improper group name.

7126

Error reading pressure BC data from file PRESSF.

7127

Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Variable Heat Flux data (INTERP with AREA code). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.

7128

Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Time Varying Total Heat Load data (INTERP with TOTAL code). You must use the option Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.

7129

Runtime Option to Reuse Previous Model (M=256 restart) cannot be used for models which include Variable Heat Flux data (INTERP with VOLUME code). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.

7130

Runtime Option to Reuse Previous Model (M=256 restart) cannot be used since element <ID> is associated with variable data (INTERP Card). You must use the option to Reuse Previous Model, Update Boundary Conditions (M=0 restart) instead.

7131

Transparent elements are not supported with articulation/spin.

7132

Weighted view factor adjustment is not supported with articulation.

7133

Ray tracing is not supported with articulation/spin.

7134

Circular elements are not supported with axisymmetric elements.

7135

Interface element <ID> has non-zero thermal conductivity. Recommend you change to element center method or set thermal conductivity to zero.

7136

Element <ID> has table-dependent surface properties defined while its reverse side does not.

7137

Element reverse side request with zero increment exists while largest element number is <number>.

7138

Conduction module must be re-run for restarts when using IDEAS boundary conditions.

7139

Table-dependent solar flux value is not allowed, the solar flux is in conflict with solar flux defined on Orbit Cards.

7140

Elements with property number <ID> have both transmissivity and specularity defined. This is not permitted.

7141

The reverse sides of the elements in group <name> do not exist. The radiation request for these reverse side elements is invalid.

7142

The number of spin positions must be greater than or equal to 2.

7143

The normal (<value 1>,<value 2>,<value 3>) of the selection for radial stream <ID> is perpendicular to the Z axis of the local cylindrical coordinate system for streams. Check the cylindrical coordinate system setup.

7144

No stream elements are created for radial stream <ID>. Check your local cylindrical coordinate system setup.

7145

The search for inlet node on element <ID> for stream <ID> has failed. Specify the inlet node by adding one of the following cards: TSTREAM <number> NDINLET<number> or TSTREAM<number> NDINLET <number>.

7146

The order of elements for selection for the stream <ID> does not start with the inlet element indicated <ID>. Choose a proper inlet element from which the stream starts or make a proper path selection for the stream.

7147

Conflicts between different BC selections are encountered.

7148

One or more streams are defined on unsupported topology including multiple not connected surfaces. Please specify selection for the streams on one surface. More information is available in the above notes.

7149

One or more two-sided streams are not valid due to sides A and B having opposite directions. Please see the above WARNINGS for more information.

7151

The radiative source power file: <name> cannot be opened. Radiative heating is thus undefined.

7152

Radiative source power cannot be computed from block: <name>. Check the source file and make sure the block is available and the heating source is properly defined.

7153

Duct fan/pump BCs are only supported for ducts with mass flow by the Navier Stokes 1D solver. Use duct inlet/outlet BC instead. For a list of invalid elements for fan/pump BCs, see the [Solution_name]_report.log file.

7154

Duct opening BCs are not supported by the Navier Stokes 1D solver. Use duct total pressure or duct inlet/outlet of type total pressure instead. For a list of invalid elements for duct opening BCs, see the [Solution_name]_report.log file.

7155

<string> Error in TMG input file INPF: The above Card <number> line no.<number> has an error in it.

7156

Restart analysis is not supported when using model file tmgmodel.dat. Model file is used with parabolic shell and axisymmetric shell elements or articulation.

7157

Articulation time values cannot be modified in a restart run.

7158

One of the generated space elements starting with space element number <ID> conflicts with an existing element number. Use another starting space element number.

7159

The following <number> elements have reverse sides and have their emissivities modified by an interpolation relationship. This is not permitted. If you wish to specify a table-dependent emissivity for these elements, it must be specified in the material definition. A complete element list appears in file groups.unv with the group name <name>.

7160

Enclosure radiation BCs are applied on shared axisymmetric edges. This is not allowed.

7161

Error in radiative heating BC. Monte-Carlo cannot be used with a table dependent power source. Define a constant source or choose another computation method.

7162

Node <ID> is a duplicate.

7163

For protective layer <ID> with the name <name> the selected surface presents inconsistent normal directions (such in the vicinity of the node <ID>). This inconsistency prevents creation of protective layer elements with proper geometry.

7170

Error reading file INP2F.

7171

Number of elements to be created for applying boundary conditions exceeds limits.

7172

Internal element label <ID> is not found.

7173

Internal node label <ID> is not found.

7174

The number of heat flux boundary conditions exceeds limits.

7175

The number of convection boundary conditions exceeds the limits.

7176

The number of radiation boundary conditions exceeds the limits.

7181

Parent joint <ID> not found for joint <ID>.

7182

Vector number <ID> not found for joint <ID>.

7183

Duct inlet/outlet BCs are not supported by the Generalized Bernoulli 1D solver. Use other BCs that are supported instead, i.e. duct fan/pump, duct total pressure, duct static pressure, or duct opening. For a list of failing BCs, see the [Solution_name]_report.log file.

7184

GPU view factors and ray tracing cannot be mixed with non-GPU radiation calculation methods (hemicube rendering, deterministic, or Monte Carlo). Use only GPU radiation calculation methods within a solution or only non-GPU ones.

7185

Non-gray radiation is not supported by GPU view factors and GPU ray tracing radiation calculation methods.

7186

Spinning solid motion effect is not supported by GPU view factors and GPU ray tracing radiation calculation methods.

7193

Error in TMG input file INPF: Line generated by a Card with a name in it has an error.

7194

Error in TMG input file INPF: First character in Card 7 Card starts with the letter C.

7195

Error in TMG input file INPF: First character in Card 8 Card starts with the letter C.

7196

Error in TMG input file INPF: Too many group names in line.

7197

Orthotropic materials cannot be specified in an axisymmetric model.

7198

Enclosure view factor requests are not allowed in an axisymmetric model.

7199

Maximum element number <ID> is too large. Cannot create cubic space elements.

7200

A face of solid element <ID> is connected to multiple planar elements: <ID> and <ID>.

7201

A face of solid element <ID> is connected to multiple solid elements: <ID> and <ID>.

7202

More than <number> elements in conduction module.

7203

Duplicate lumped mass elements on node <ID>.

7204

More than one fluid flow element branches into node <ID>.

7205

Error in TMG input file INPF: Orthotropic material nodes <ID> <ID> are improper.

7206

Error in TMG input file INPF: Orthotropic material defined with nodes <ID> <ID> has improper directions.

7207

Error in TMG input file INPF: Orthotropic material defined with nodes <ID> <ID> has improper directions.

7208

Error - sum of flows into node <ID> is not zero.

7209

Error in TMG input file INPF: Anisotropic conductivity not defined correctly.

7210

Parabolic shell coating is applied on a non-parabolic element or vice versa at element <ID>. This type of coating is not supported with the Finite Element Method. Please remesh and rerun your simulation.

7211

For protective layer <ID> with the name <name> the protective element created for element <ID> has a thickness value of <value>. Please make sure a positive thickness is applied.

7212

For protective layer <ID> with the name <name> the protective node created for node <ID> has a thickness value of <value>. Please make sure a positive thickness is applied.

7213

The following elements have zero thickness. This case is not supported by the solver.

7214

Report simulation objects are not supported with Finite Element Method and Parallel run.

7300

Element <ID> is a duplicate on a symmetric element definition Card.

7301

Element <ID> is not defined on any symmetric element definition Card.

7302

Ambient conditions are not defined for free convection.

7303

Free convection with parallel plate correlation is defined for element <ID> which is not a planar shell.

7304

More than <number> elements for view factor module, exceeds its limits.

7305

Element label <ID> is too large.

7306

Earth albedo factors may not be calculated for axisymmetric elements.

7307

Solar view factors may not be calculated for axisymmetric elements.

7308

Earth view factors may not be calculated for symmetric elements.

7309

View factors may not be calculated for symmetric elements with the ray trace option.

7310

Radiative heating may not be calculated for symmetric elements.

7311

Radiating element <ID> not defined in symmetric element definition. Possible cause - it was defined as a non-axisymmetric element.

7312

On Card <card name>, on file VUFF neither element I nor element J appears as an N1 profile element on Card 6h.

7313

Improper characteristic element <ID> specified for free convection.

7314

A radiation request is present that is not supported together with articulation. Only "All" and "Enclosure" requests are supported with articulating elements.

7315

Missing "All Elements" solar heating or orbit definition with articulation.

7316

Articulation and spinning are not supported in same run.

7317

Total number of spin definitions <number> exceeds TMG limit of <number>.

7318

Internal TMG error 7318, error with ray tracing for element <ID>.

7319

<number> articulating elements are out of enclosure: <ID>.

7320

Articulation joints are not present in any enclosures and there is no VFSALL/VFNALL radiation request.

7321

Articulation in VFS1ALL/VFN1ALL radiation requests has been found. This is not supported.

7322

Articulation elements are found in the element list of a VFS12/VFN12 radiation request. This is not supported.

7323

For element <ID>, the total diffuse reflectivity in the <name> spectrum that is derived from the BRDF given by array <ID> yields inconsistent radiative properties.

7324

To use the ray tracing visualizer, the thermal model must be run with the advanced option ENABLE RAY TRACING VISUALIZER turned on.

7325

Multilayer elements are used with Join thermal couplings. This is not permitted, it is suggested you try to couple them with large thermal couplings. Associated with entity: <name>

Element list: <partial list of IDs> ...

7326

Particle tracking and flux calculation cannot be performed in the same run.

7327

Thermal couplings to stream elements must have stream elements in secondary selection. Associated with entity: <name>

Element list: <partial list of IDs> ...

7328

Unable to allocate array <ID> on remote machine <ID> when broadcasting primary/remote shared data to remote cores. Try a lower number of processors per host machine.

7400

The number of elements in an enclosure exceeds the limit of <number>. Use Oppenheim method instead.

7401

The number of view factors exceeds the limit of <number>.

7402

Gray body matrix cannot be determined: Element <ID> in enclosure has an improper surface property.

7403

Error during LU decomposition.

7404

Element label <ID> is > <ID>, residual view factor handling is improper.

7405

Element <ID> is improperly defined.

7406

Maximum element label <ID> exceeded.

7407

Not enough memory to store data. Please set advanced parameter: GPUINMEMORYFILE=1.

7500

More than 10000 time cases in model.

7501

Gray body matrix has more than <number> terms.

7502

Transparent surfaces are present and radiative heat flux calculations are requested with the Gebhardt's Method. Use the Oppenheim Method.

7503

The following <number> elements appear in multiple radiative source requests. A complete element list appears in file groups.unv with the group name <name>.

7504

Not enough memory to store data. Please set advanced parameter: GPUINMEMORYFILE=1.

7600

More than <number> convective conductances.

7601

Element <ID> not defined on Card 5, error in NASTRAN output.

7602

More than <number> heat loads in model.

7603

More than <number> elements with temperature BCs in reduced model.

7604

More than <number> heat loads in reduced model.

7605

Error on line <string>.

7606

Material Table <ID> not found while translating NEVADA deck.

7607

TMG Beam Element <ID> has zero length.

7608

TMG Element <ID> is poorly defined, cannot generate NEVADA coordinate system.

7609

Material property <name> for material table <ID> cannot be found.

7651

FATAL Error <string>

7652

Unable to get TMG version number from version file. Check TMG installation.

7700

Error in CR1.

7701

More than <number> elements.

7702

Error on TAPE13 on line no <number>.

7800

Insufficient memory in MEREL module = <value>. Please check if an excessive number of additional XCOND conductances were defined.

7801

Number of conductances exceeds <value>. Series conductance between elements <ID> and <ID> not processed.

7802

Error in reading file in subroutine SER2.

7803

Error on temperature file TEMPF.

7804

More than <number> time values.

7805

A boundary condition or load has been defined on the interface between two plane stress elements or two Cyclic Symmetry simulation objects with different numbers of instances. It is not defined how to compute the coupling area in this situation. The associated element numbers are <ID> and <ID>.

7900

More than <number> table references.

7901

Error in TMG input file INPF: Dependent variable on table <ID> for FANPUMP element <ID> must be DeltaPT, Volume, Mass Flow, OR Velocity.

7902

For time=<value> all time-dependent tables are periodic. For periodic tables initial time value must be 0, not <value>.

7903

For time=<value> time-dependent table <ID> is periodic. For periodic tables initial time value must be 0, not <value>.

7904

Value of conductance between elements <ID> <ID> modified by table interpolation from table <ID> is < 0.

7905

Element <ID> has flow section improperly defined.

7906

Flow section for fluid element <ID> not defined.

7907

Flow resistance <ID> between <ID> and <ID> is infinite.

7908

Flow resistance <ID> between <ID> and <ID> is zero.

7909

Rad. conductance <ID> between <ID> and <ID> is zero.

7910

Radiative conductance <ID> between <ID> and <ID> cannot be evaluated, temperature <ID> = <value>, temperature <ID> = <value>.

7911

Improper direction for fluid elements <ID> <ID>.

7912

Conductance value <ID> between <ID> and <ID> is zero.

7913

Conductance value <ID> between <ID> and <ID> is infinite.

7914

Nonconsecutive table number <ID>. Possible TABDATA Cards with no corresponding TABTYPE Cards are present.

7915

Number of tables exceeds <value>.

7916

More than <value> entries in a table.

7917

More than <value> conductances.

7918

Convective couplings created without fluid elements.

7919

Undefined or improper flow section for fluid element <ID>. You must define a flow section at all points in the network except at the free ends, which are assigned ambient conditions.

7920

Fluid properties are not defined for element <ID> at node <ID>. You must ensure that fluid properties are defined at the inlet to the network. If you are using a pressure boundary condition, assign fluid properties to the rigid link flow section element.

7921

Undefined or improper flow section for fluid element <ID> at node <ID>. You must define a flow section at all points in the network except free ends, which are assigned ambient conditions.

7922

Linear conductance <ID> between <ID> and <ID> has improper value of <value>.

7923

Radiative conductance <ID> between <ID> and <ID> has improper value of <value>.

7924

1-way conductance <ID> between <ID> and <ID> has improper value of <value>.

7925

More than <number> fluid elements or conductances.

7926

More than <number> character string descriptors.

7927

No upstream element found for fluid element <ID>.

7928

One of the capacitances of phase change element <ID> is zero.

7929

Error in TMG input file INPF: More than <number> VARIABLE Cards.

7930

Element <ID> type not defined on geometry file.

7931

Insufficient storage for ILU accelerator needs <number> locations.

7932

Improper matrix for ILU accelerator.

7933

ILU accelerator faces breakdown.

7934

Too many conductances for ILU accelerator.

7935

Insufficient work length vector = <value> specified in FASTSOLVE as PAR(6). Should be at least <value>.

7936

Conjugate-gradient solver iterative breakdown, please check boundary conditions.

7937

No temperature constraints specified for steady state run. Please change your <name> to transient.

7938

Improper electrical boundary conditions defined.

7939

Error in routine CRSMADD while creating matrix.

7940

Error while creating electrical resistance matrix.

7941

Electrical element <ID> with material property <ID> should have table-dependent thermal conductivity defined.

7942

Error reading <name>.

7943

Error encountered with a conductance connected to element <ID>. Preconditioning matrix could not be constructed.

7944

Unable to allocate array <name> from FGETMEM. Probably insufficient swap space or inappropriate limits set.

7945

Unable to allocate array <ID> in routine fgetmem2. Trying to allocate <value> bytes,<value> bytes have already been allocated. Probable cause is insufficient swap space.

7946

Memory allocation failed with default LFIL value of <value>. Try a lower value with Card 9 PARAM ILU Card.

7947

Cannot find the flow time-step table data. Check the name of the time-step profile in the transient BC file.

7948

Cannot find the thermal time-step table data. Check the name of the time-step profile in the transient BC file.

7949

Error in interpolation routine when creating time step table.

7950

Negative emissivities specified in table <ID>.

7951

Unable to allocate sufficient memory to solve the model with a matrix fill value of <value>. Trying to allocate <value> bytes, <value> have already been allocated. Possible cause: insufficient swap space. Suggestion: if you find the residual value acceptable, increase the convergence criterion to something above this value.

7952

Hydraulic element <ID> is connected to element <ID> with a follower conductance. This is not permitted. You can achieve the same result by specifying both elements to be sinks, and making one follow the temperature of the other with a temperature vs temperature table.

7953

User DLL schema is active but tmgopen_user or tmgopen shared object could not be found, it could be related to USER1.f compile or link errors.

7954

Improper material properties defined either for element <ID> or for the AMBIENT element. Either the density, or the viscosity, or the specific heat, or the thermal conductivity is zero.

7955

Unable to access file heatermatrix.dat.

7956

A Real Time TMG API routine is called and the Real Time TMG feature is not activated. You may activate this feature by including GPARAM 12 1378 1 in the input file.

7957

Encountered a hydraulic connection between a stream network element <ID> and a non-stream hydraulic element <ID>.

7958

There are no active heater controllers but the option to determine equivalent heat loads to maintain thermostat set points has been selected.

7959

Multiple independent variables not allowed for expression ID <ID>: <string>.

7960

Fluid temperature is referenced for element <ID> for expression ID <ID> but there are no hydraulic elements associated with that element.

7961

Invalid BC index ID <ID> referenced in expression function <name>.

7962

Empty element selection encountered when processing BC index ID <ID> referenced in expression function <name>.

7963

Out-of-domain or undefined element <ID> on domain <ID> for BC index ID <ID> referenced in expression function <name>.

7964

One of expressions references non-existing additional fluid material <ID> in material list <ID>.

7965

The named point <name> used in the function <name> does not exist. Please check the named points names.

7966

Function <name> references invalid void region ID <ID> for thermal void load <ID>.

7967

Function <name> references invalid thermal void load <ID>.

7968

The curve <name> used in the function RLD does not exist. Please check the curve names.

7969

The curve <name> used in the function RLD references the point <ID> that does not exist in INPF.

7970

Inconsistent rotational loads while using PWR function: the stream <ID> has <string> while the void <ID> has <string>.

7971

<name> is missing or not properly provided.

7972

Number of data in the table of index of refraction has to be equal to the number of data in the table of extinction coefficient.

7973

There are problems with <name> optical properties. Please check the input tables.

7974

Run termination is requested from expressions user plugin.

7975

The table for film thickness dependent <name> is missing.

7976

Evaluated Area or multiplication factor is negative or zero.

7977

There are problems with map arrays.

7979

<name> BC <name> with ID number of <ID> has a negative HTC value. Please verify that the HTC value over the duration of the simulation is greater than or equal to zero.

7980

The capacitance of thermal void with NAME: <name> and with USER ID: <ID> is negative.

7981

The process of pairing wall rotational properties to the corresponding flow node has failed for the following stream: <ID>.

7982

<name> cannot be evaluated because it has dependency on itself.

7983

The function <name> cannot be evaluated because Duct Label <label> has not been defined in the model.

7984

A set of <number> connected streams are defined with the automatically determine inlet temperature/reverse inlet temperature option. However, at this stage, there are no incoming streams into the junction. Therefore, the temperature of the junction cannot be computed. The junction includes streams with IDs: <list of IDs>.

7985

The stream with ID <ID> is defined with the automatically determine reverse mass flow option. During the reverse condition, the mass flow was calculated to be in the nominal direction. The calculated direction of the flow contradicts the model setup.

7986

The flow time-step table is empty. Check the time-step profile in the transient BC file.

7987

Thermal correlation cannot run without a design variable in the model.

7988

DESIGN VARIABLE <name> is not defined.

7989

Thermal Coupling - <name>: The element with the global index = <ID> is not a supported type with Finite Element Method. Select the Element CG Method in order to run this simulation.

7990

Two different Rotation loads has been defined for element <ID>:

Rotation load 1 ID: <ID>

Rotation load 2 ID: <ID>

Please remove one of the loads.

7991

Thermal correlation cannot run without a correlation target in the model.

7992

Interpolation of <name> for the <name> BC <name> with ID number <ID> has failed. Please check the property definition.