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This video discusses the linear viscoelastic implementation that is used in the LS-DYNA *MAT_OGDEN_RUBBER material model. As I explain in the video, this model does not use a Prony series to represent the viscoelasticity. Instead it uses the complete shear relaxation modulus terms. This has some numerical advantages.
LS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model TheoryLS-DYNA MAT_Ogden_Rubber Model Theory
LS-DYNA MAT_Ogden_Rubber Model Theory