Difference between revisions of "Generalized Plane Stress and Strain"
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== Introduction == | == Introduction == | ||
These methods extend plane stress to allow non-zero stress in the z direction and extended plane strain to allow non-zero strain in the z direction. They are experimental methods. The only method that can set z direction stress is to use a [[ThermalRamp Custom Task|custom thermal ramp tasks]]. If out-of-plane stress are strain are set, the currently only affect the material response | These methods extend plane stress to allow non-zero stress in the z direction and extended plane strain to allow non-zero strain in the z direction. They are experimental methods. The only method that can set z direction stress is to use a [[ThermalRamp Custom Task|custom thermal ramp tasks]]. If out-of-plane stress are strain are set, the currently only affect the material response for particles assigned to an [[Isotropic Material]]. | ||
Revision as of 16:35, 8 October 2018
Introduction
These methods extend plane stress to allow non-zero stress in the z direction and extended plane strain to allow non-zero strain in the z direction. They are experimental methods. The only method that can set z direction stress is to use a custom thermal ramp tasks. If out-of-plane stress are strain are set, the currently only affect the material response for particles assigned to an Isotropic Material.