This manual provides a detailed list and usage information regarding command statements, model statements, functions and
the Subroutine Interface available in MotionSolve.
Material Property ElementMAT1LS lets you define a linearly elastic, isotropic material model for NLFE elements that follows Hooke's law. This
material employs a linear strain model.
Material Property ElementMAT2 lets you define a hyper-elastic material model for NLFE elements that follows the incompressible Neo-Hookean
material law.
This manual provides a detailed list and usage information regarding command statements, model statements, functions and
the Subroutine Interface available in MotionSolve.
MAT1 Material Property ElementMAT1 lets you define a linearly elastic, isotropic material model for NLFE elements that follows Hooke's law.
MAT1LS Material Property ElementMAT1LS lets you define a linearly elastic, isotropic material model for NLFE elements that follows Hooke's law. This material employs a linear strain model.
MAT2 Material Property ElementMAT2 lets you define a hyper-elastic material model for NLFE elements that follows the incompressible Neo-Hookean material law.
MAT3 Material Property ElementMAT3 lets you define a hyper-elastic material model for NLFE elements that follows the compressible Neo-Hookean material law.
MAT4 Material Property ElementMAT4 lets you define a hyper-elastic material model for NLFE elements based on the Mooney-Rivlin material model.
MAT5 Material Property ElementMAT5 lets you define a hyper-elastic material model for NLFE elements based on the Yeoh material model.
MAT6 (deprecated) Material Property ElementThis material model is deprecated. Please see for more information.