Acoustic Emission Based Methodology to Evaluate Delamination Crack Growth Under Quasi static and Fatigue Loading Conditions

In this paper, the crack and electrical resistance responses of MWNT / polycarbonate composites under mixed-mode I / II loading were studied. 9 Normalized resistance change due to

Comparing with many works on the effect of the crack closure on the fatigue crack propagation behavior under the mode I loading condition, there are still limited amount of

under shear stresses, this study focuses on considering the effect of clay addition on Mode II interlaminar fracture toughness and flexural fatigue behavior

ASTM D: 6671/D6671M-03, which standard test method for mixed mode I- mode II interlaminar fracture toughness of unidirectional fiber reinforced polymer matrix composites, was used

During one loading cycle, new surfaces are created ahead of both Mode I and Mode II fatigue crack fronts by non zero components of shear displacements parallel to the crack

a) The fracture toughness value estimated from two different types of test for Mode I static loading namely T-peel test and wedge test are in close agreement. b) The

From the results of the discussed tests for bending with torsion (mixed mode I+III) it appears that are influence of the torsional loading acting with phase shift in relation

Recent round robin testing and extensive data analysis by the authors and others has highlighted a number of issues in cyclic fatigue of CFRP composites relating to both, mode