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Effects of specimen geometry, strain rate and film orientation on the specific essential work of fracture, we, and the specific non-essential work of fracture, wp, were investigated.
Multilayered composites were successfully designed with improved toughness measured by the work of fracture.
Additionally the work of fracture of delamination cracks which propagate parallel to the interface was measured.
The specific essential work of fracture, we, increased with the layers due to interfacial delamination.
The data were analyzed using the essential work of fracture (EWF) methodology.
Comparison of the work of fracture of delamination and through-thickness cracks showed a strong anisotropy.
Similar(14)
Work-of-fracture was increased by 182 times.
Work-of-fracture of layered composites as high as 1100 J/m2 has been found.
The parameters were obtained by the work-of-fracture method and by the size effect method.
The work-of-fracture (WOF) (toughness) was also increased by two orders of magnitude.
This composite had relatively uniform layer thickness, high strength (~564 MPa), toughness (~16.8 MPa m1/2) and work-of-fracture (~4411 J/m2).
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