composite:max_strain_operator

Version: 0.0.0

Description

Computes max strain for ElementalNodal data

Input	Name	Expected type(s)	Description
Pin 7 Required	mesh	`meshed_region`	Meshed Region
Pin 23 Required	materials_container	`materials_container`
Pin 100 Required	criterion_configuration	`string`	Criterion specification: For instance {"active": true, "e1": true, "e12": true, "e13": false, "e2": true, "e23": false, "e3": false, "eSxy": 0, "eSxz": 0, "eSyz": 0, "eXc": 0, "eXt": 0, "eYc": 0, "eYt": 0, "eZc": 0, "eZt": 0, "force_global_strain_limits": false, "wf_e1": 1, "wf_e12": 1, "wf_e13": 1, "wf_e2": 1, "wf_e23": 1, "wf_e3": 1}
Pin 101 Required	activate_ply_type_filter	`bool`	If true, only computes failure criteria for ply types 'woven' and 'regular'
Pin 102 Required	check_mesh_regions	`bool`
Pin 400 Required	strains_container	`fields_container`

Output	Name	Expected type(s)	Description
Pin 0	fields_container	`fields_container`	A CFieldsContainer of CFields with the failure value results under the label is_failure_value=1 and failure modes under the label is_failure_value=0 from a specific failure criterion operator.

Name	Expected type(s)	Default value	Description
mutex	`bool`	false	If this option is set to true, the shared memory is prevented from being simultaneously accessed by multiple threads.

Category: composite

Plugin: composite

Scripting name: max_strain_operator

Full name: composite.max_strain_operator

Internal name: composite::max_strain_operator

License: None