Generalized Plane Stress and Strain - Revision history

Nairnj at 17:59, 4 January 2021

2021-01-04T17:59:51Z

← Older revision		Revision as of 17:59, 4 January 2021
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	== Introduction ==		== Introduction ==

	These methods extend [[Analysis Command\|Plane Stress MPM]] to allow non-zero stress in the ''z'' direction and extend [[Analysis Command\|Plane Strain MPM]] strain to allow non-zero strain in the ''z'' direction. Currently, the only way to set the ''z'' direction stress or strain is to use a [[PropertyRamp Custom Task]]. Applying out-of-plane loading in these generalized methods is similar to ~~apply~~ in-plane loads in that if applied to fast, they will cause dynamic, shock ~~effect~~. It is best to apply them ~~are~~ rates similar to ~~those~~ used to apply ~~the~~ in-plane ~~loades~~ in a simulation.		These methods extend [[Analysis Command\|Plane Stress MPM]] to allow non-zero stress in the ''z'' direction and extend [[Analysis Command\|Plane Strain MPM]] strain to allow non-zero strain in the ''z'' direction. Currently, the only way to set the ''z'' direction stress or strain is to use a [[PropertyRamp Custom Task]]. Applying out-of-plane loading in these generalized methods is similar to applying in-plane loads in that if applied too fast, they will cause dynamic, shock effects. It is best to apply them at rates similar to rates used to apply any in-plane loads in a simulation.

	== Material Support ==		== Material Support ==

Nairnj: /* Introduction */

2021-01-04T17:59:05Z

Introduction

← Older revision		Revision as of 17:59, 4 January 2021
Line 1:		Line 1:
	== Introduction ==		== Introduction ==

	These methods extend [[Analysis Command\|Plane Stress MPM]] to allow non-zero stress in the ''z'' direction and extend [[Analysis Command\|Plane Strain MPM]] strain to allow non-zero strain in the ''z'' direction. Currently, the only way to set the ''z'' direction stress or strain is to use a [[PropertyRamp Custom Task]]. Applying out-of-plane loading in ~~this~~ generalized methods is similar to apply in-plane loads in that if applied to fast, they will cause dynamic, shock effect. It is best to apply them are rates similar to those used to apply the in-plane loades in a simulation.		These methods extend [[Analysis Command\|Plane Stress MPM]] to allow non-zero stress in the ''z'' direction and extend [[Analysis Command\|Plane Strain MPM]] strain to allow non-zero strain in the ''z'' direction. Currently, the only way to set the ''z'' direction stress or strain is to use a [[PropertyRamp Custom Task]]. Applying out-of-plane loading in these generalized methods is similar to apply in-plane loads in that if applied to fast, they will cause dynamic, shock effect. It is best to apply them are rates similar to those used to apply the in-plane loades in a simulation.

	== Material Support ==		== Material Support ==

Nairnj at 17:58, 4 January 2021

2021-01-04T17:58:25Z

← Older revision		Revision as of 17:58, 4 January 2021
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	These generalized 2D methods are in early development and not implement for all materials. The only materials that current model generalized plane stress or plane strain are:		These generalized 2D methods are in early development and not implement for all materials. The only materials that current model generalized plane stress or plane strain are:

	* [[Isotropic Material]]		* [[Isotropic Material\|Isotropic]]

	It should not be difficult to add to other materials when needed.		It should not be difficult to add to other materials when needed.

Nairnj: /* Introduction */

2021-01-04T17:58:00Z

Introduction

← Older revision		Revision as of 17:58, 4 January 2021
Line 1:		Line 1:
	== 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 [[PropertyRamp Custom Task~~\|custom thermal ramp tasks~~]]. If out-of-plane stress ~~are~~ strain are ~~set, the currently only affect they material response for particles assigned to an~~ [[Isotropic Material]].		These methods extend [[Analysis Command\|Plane Stress MPM]] to allow non-zero stress in the ''z'' direction and extend [[Analysis Command\|Plane Strain MPM]] strain to allow non-zero strain in the ''z'' direction. Currently, the only way to set the ''z'' direction stress or strain is to use a [[PropertyRamp Custom Task]]. Applying out-of-plane loading in this generalized methods is similar to apply in-plane loads in that if applied to fast, they will cause dynamic, shock effect. It is best to apply them are rates similar to those used to apply the in-plane loades in a simulation.

			== Material Support ==

			These generalized 2D methods are in early development and not implement for all materials. The only materials that current model generalized plane stress or plane strain are:

			* [[Isotropic Material]]

			It should not be difficult to add to other materials when needed.

Nairnj: /* Introduction */

2021-01-04T17:01:20Z

Introduction

← Older revision		Revision as of 17:01, 4 January 2021
Line 1:		Line 1:
	== 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 they material response for particles assigned to an [[Isotropic Material]].		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 [[PropertyRamp Custom Task\|custom thermal ramp tasks]]. If out-of-plane stress are strain are set, the currently only affect they material response for particles assigned to an [[Isotropic Material]].

Nairnj: /* Introduction */

2021-01-04T06:10:27Z

Introduction

← Older revision		Revision as of 06:10, 4 January 2021
Line 1:		Line 1:
	== 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 for particles assigned to an [[Isotropic Material]].		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 they material response for particles assigned to an [[Isotropic Material]].

Nairnj: /* Introduction */

2018-10-08T23:35:07Z

Introduction

← Older revision		Revision as of 23:35, 8 October 2018
Line 1:		Line 1:
	== 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 fo [[Isotropic Material]].		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]].

Nairnj: /* Introduction */

2018-10-08T23:34:40Z

Introduction

← Older revision		Revision as of 23:34, 8 October 2018
Line 1:		Line 1:
	== 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		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 fo [[Isotropic Material]].

Nairnj: /* Introduction */

2018-10-08T23:33:29Z

Introduction

← Older revision		Revision as of 23:33, 8 October 2018
Line 1:		Line 1:
	== 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 ~~and~~ only ~~in [[OSParticulas]].~~		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

Nairnj: Created page with "== 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 a..."

2018-10-04T16:13:31Z

Created page with "== 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 a..."

New page

== 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 and only in [[OSParticulas]].