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Examples will be added soon!

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failureCriterion.<name>.failureCriterion	Specified name of the Failure Criterion
failureCriterion.<name>.tensileStrength	Tensile Strength of the material

Info

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~~Additional data for 3D Orthotropic Materials~~

Failure Criterion for directional dependent Stress Goals (max. allowable Stress)

failureCriterion.<name>.failureCriterion	Specified name of the Failure Criterion.
failureCriterion.<name>.x_t	Axial Tensile Strength
failureCriterion.<name>.y_t	Transversal Tensile Strength	~~failureCriterion.<name>.z_t~~	~~failureCriterion.<name>.z_t~~
failureCriterion.<name>.x_c	Axial Compression Strength (3D Orthotropic Material)
failureCriterion.<name>.y_c	Transversal Compression Strength (3D Orthotropic Material)
failureCriterion.<name>.s	Shear Strength

Info

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~~Additional data for 3D Orthotropic Materials~~

Failure Criterion for directional dependent Stress Goals (max. allowable Stress)

failureCriterion.<name>.failureCriterion	Specified name of the Failure Criterion
failureCriterion.<name>.x_t	Tensile Strength x
failureCriterion.<name>.y_t	Tensile Strength y	~~failureCriterion.<name>.z_t~~	~~Tensile Strength z (3D Orthotropic Material)~~
failureCriterion.<name>.x_c	Compression Strength x
failureCriterion.<name>.y_c	Compression Strength y	~~failureCriterion.<name>.z_c~~	~~Compression Strength z (3D Orthotropic Material)~~
failureCriterion.<name>.s_xy	Shear Strength in XY
~~failureCriterion.<name>.s_yz~~	~~Shear Strength in YZ (3D Orthotropic Material)~~
~~failureCriterion.<name>.s_zx~~	~~Shear Strength in ZX (3D Orthotropic Material)~~
~~failureCriterion.<name>.f_xy~~	~~Reduced integration term in XY~~
~~failureCriterion.<name>.f_yz~~	~~Reduced integration term in YZ~~
~~failureCriterion.<name>.f_zx~~	~~Reduced integration term in ZX~~

Info

Event

The Event section sorts all Loads & Boundary Conditions to load cases and also defines the goal for each load case during the optimisation.

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