/ANIM/BRICK/DAMA

Engine Keyword

/ANIM/BRICK/DAMA - Damage Value in a Solid Element

Description

Generates animation files containing damage value as function of a solid element integration point. The damage value is the maximum of damage over time and of all failure criteria acting in one material.

Format

/ANIM/BRICK/DAMA/ijk

Data

Description

ijk

Integration Point Number:

i : integration point number in direction r

j : integration point number in direction s

k : integration point number in direction t

Comments

1.	In case of Isolid =14, the value is the maximum value of all layers.

2.	If the integration point ijk does not exist in a solid, damage value is set to 0.

3.	If j is greater than or equal to 10 (in case of /PROP/TYPE22), syntax becomes:

/ANIM/BRICK/TENS/STRAIN/i0k/j

With 10 < j < 200

4.	The damage value, D is the maximum value of all failure criteria of the model. It is also maximum through time.

5.	The damage value, D is 0 < D < 1. The status for fracture is:

Free, if 0 < D < 1

Failure, if D = 1

6.	D is computed for every failure criteria as follows:

•	Johnson-Cook failure (/FAIL/JOHNSON):

•	Tuler-Butcher failure (/FAIL/TBUTCHER):

•	Wilkins failure (/FAIL/WILKINS):

•	BAO-XUE-Wierzbicki failure (/FAIL/WIERZBICKI):

•	Strain failure model (/FAIL/TENSSTRAIN):

•	Specific Energy failure model (/FAIL/ENERGY):

•	Hashin Composite failure (/FAIL/HASHIN) - the maximum damage for different failure mode:

•	Puck Composite failure (/FAIL/PUCK) - the maximum damage for different failure mode:

•	Strain Failure Model with dependence on Lode angle (/FAIL/TAB1)

•	Spalling and Johnson-Cook failure (/FAIL/SPALLING):

•	Ladveze composite failure (/FAIL/LAD_DAMA):

•	Failure According (Normal and Tangential) Strain Criteria and/or Energy (/FAIL/CONNECT):

•	Failure According Plastic Strain Criteria (/FAIL/SNCONNECT):

•	Extended Mohr Coulomb failure model (/FAIL/EMC):