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Solder creep: Anand Darveaux Temperature dependent hyperbolic sine

ABAQUS built-in material models

Submitted by Frank Richter on
software
ABAQUS
built-in material models
Bergstrom-Boyce polymer hysteresis model
Johnson-Holmquist & Johnson-Holmquist-Beissel for ceramics and brittle materials
Holmquist-Johnson-Cook for concrete
Mechanical response and failure of molded plastics
Tertiary creep analysis using the Omega method
Continuum damage model for fabric reinforced composites
Isotropic porous viscoplasticity for metals
Damage and failure in unidirectional fiber composite materials
Multilinear kinematic hardening for cyclic plasticity
Lead-free solder: Modified Anand Double-Power Hyperbolic Sine
Orthotropic honeycomb
Foam models: Viscous Rate sensitive Fu-Chang anisotropic Fu-Chang isotropic
Solder creep: Anand Darveaux Temperature dependent hyperbolic sine
Elastic-plastic behavior of shape memory alloy (Nitinol)



Dear Mechanicians,

ABAQUS has a number of little-known built-in material models that are not documented in the manuals.

They are accessible from https://www.3ds.com, follow the path "Support", "Knowledge Base" and search for "Built-in user material models for Abaqus/Standard and Abaqus/Explicit". Below is a text version of the output.

It may be that you need special rights on the site; these can be requested from your regional SIMULIA HQ.

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