Number of fixture points exceeds 100. Increase maximum number of material values set by *NMTT.
Number of spring fixture points set by *FISR exceeds 100. Increase *NMTT.
Number of symmetry planes exceeds 100. Increase maximum number of material values set by *NMTT.
Number of convection points exceeds 100. Increase *NMTT.
These errors occur when the number of boundary conditions specified in an input file exceeds the default limit of 100 values. This value can be changed using the *NMTT card.
Rectangular fixture card *FIXR values must be ascending, ##.
Spring fixture *FISR card values must be ascending, number ##.
Rectangular prism fixture card *FIxZ values must be ascending, number ##.
These errors occur when the mechanical boundary conditions are not sorted in ascending order.
*FIXR card rectangular fixture outside substrate, number ##.
*FIXC card circular fixture outside substrate, number ##.
These errors occur when one or more mechanical boundary conditions are specified outside of the substrate bounding box.
Less than 6 displacements were fixed. Adjust the dimensions of the boundary condition cards or remove custom BC cards to allow the solver to automatically fix 6 displacements by default.
This error is shown when the mechanical constraints are not sufficient to prevent transitional or rotational motion.
Non-positive load case number in transient boundary condition set by *RAMP. Boundary condition ID ##. Check the load case number.
This error occurs when a negative load case number is used in the *RAMP card.
Ramp no # not implemented
This error is displayed if the user specifies a RAMP ID number that is not supported by the solver.
Time dependent boundary condition *RAMP no. ## not implemented.
This error indicates that the chosen *RAMP condition is not a valid boundary condition.
Symmetry plane ##... is not aligned with substrate bounds. Check *SYMM, *SBDM, and *SBXY, or use *SYM2 to enable misaligned symmetry planes.
Symmetry boundary conditions using *SYMM must be aligned with the substrate.