Material properties for Material ID 1 have not been defined in the input file. Check the formatting of the material properties *MATE and *MATI cards.
This error indicates that either the *MATE or *MATI card, or both, are missing from the input file.
Material props not defined for MATID ##. Check that *MATE and *MATI have been fully defined and that the format of the neutral file is correct.
When using a neutral file based mesh with *INPU, the following error will be issued if the *MATE and *MATI cards have been used correctly to define the material properties. Ensure that the correct property numbers from the neutral file are used in the material block and that the necessary properties have been included.
No material properties have been defined. Correctly define the material properties using the *MATE and *MATI cards.
This error is issued when no material properties have been defined in the input files.
Melting temperature specified by *MLTT must be higher than the stress relaxation temperature set by *SRLX for material ##
This error indicates the specified melting temperature (*MLTT) is lower than the specified stress relaxation temperature (*SRLX).
Cut off temperature specified by *TCUT must be higher than the stress relaxation temperature set by *SRLX for material ##
Cut off temperature specified by *TCUT must be higher than melting temperature set by *MLTT for material ##
These errors indicate that the material property cut-off temperature (*TCUT) is lower than either the stress relaxation (*SRLX) or melting (*MLTT) temperature.
Max number of materials exceeds 100. Increase the value of number of allowable materials *NMAT.
By default up to 100 different material IDs can be used with *MATI. To increase this limit, use *NMAT.
Number of temperature dependent material properties exceeds 100. Use *NMTT to increase the maximum number of allowable material property temperatures.
This error indicates that maximum number of temperature values set by *NMTT has been exceeded. The default value is 100 temperatures. Use the *NMTT card to increase the number of allowable temperatures.
Number of yield points exceeds 10. Check that proper number of yield points has been specified in the *PLAS plasticity properties card.
This indicates the number of allowable plasticity points for the material specified by the *PLAS card has been exceeded. A maximum of 10 pairs of stress-strain points can be used describe the property curve at each temperature.
Plastic strain must be entered in order of increasing strain. Check and fix *PLAS plasticity properties.
This error is displayed when the yield strength and strain properties in the *PLAS card are not ordered in increasing strain for each specified temperature. Check the *PLAS card for typos and correct formatting.
Number of yield points must be positive.
The number of yield points specified by *PLAS must be greater than zero.
Conductivity must be positive. Density must be positive. Specific heat must be positive. Ultimate stress must be positive. Elastic modulus must be positive. Poisson's ratio must be between 0 and 0.5. Yield strength must be positive. Equivalent plastic strain must not be negative. Spring constant must be positive.
These errors indicate that a material property has been entered in an invalid range. Check the material properties specified in the input files and rerun the simulation.
Conductivity properties must be defined using *COND for MATID ## A density value must be defined using *DENS for MATID ## Specific heat properties must be defined using *SPEC for MATID ## Elastic properties must be defined using *ELAS for MATID ## Thermal expansion values must be defined using *EXPA for MATID ##
These material properties must be included.