Users:General FEM Analysis/Materials Reference/Puck Failure Criterion
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(Created page with "Category: Users:General FEM Analysis is based on Mohr‘s fracture hypothesis which is appropriate for brittle fracture behaviour of composite materials. It can distinguish ...") |
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− | is based on Mohr‘s fracture hypothesis which is appropriate for brittle fracture behaviour of composite materials. It can distinguish between fibre fracture and different inter-fibre fracture. Both 2D and 3D formulations are implemented into Carat++. | + | Puck Failure Criterion |
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+ | It is based on Mohr‘s fracture hypothesis which is appropriate for brittle fracture behaviour of composite materials. It can distinguish between fibre fracture and different inter-fibre fracture. Both 2D and 3D formulations are implemented into Carat++. | ||
Available fracture modes for 2D Puck Criterion are: | Available fracture modes for 2D Puck Criterion are: | ||
− | + | * Fibre Fracture (FF) | |
− | + | * Inter Fibre Fracture Mode A (IFF A) | |
− | + | * Inter Fibre Fracture Mode B (IFF B) | |
− | + | * Inter Fibre Fracture Mode C (IFF C) | |
Available fracture modes for 3D Puck Criterion are: | Available fracture modes for 3D Puck Criterion are: | ||
− | + | * Fibre Fracture (FF) | |
− | + | * Inter Fibre Fracture (IFF) |
Revision as of 08:13, 8 February 2013
Puck Failure Criterion
It is based on Mohr‘s fracture hypothesis which is appropriate for brittle fracture behaviour of composite materials. It can distinguish between fibre fracture and different inter-fibre fracture. Both 2D and 3D formulations are implemented into Carat++. Available fracture modes for 2D Puck Criterion are:
- Fibre Fracture (FF)
- Inter Fibre Fracture Mode A (IFF A)
- Inter Fibre Fracture Mode B (IFF B)
- Inter Fibre Fracture Mode C (IFF C)
Available fracture modes for 3D Puck Criterion are:
- Fibre Fracture (FF)
- Inter Fibre Fracture (IFF)
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