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Experimental analysis of an arbitrarily inclined semi-infinite crack terminated at the bimaterial interface
Journal article   Peer reviewed

Experimental analysis of an arbitrarily inclined semi-infinite crack terminated at the bimaterial interface

J.-T. Chen and W.-C. Wang
Experimental Mechanics, Vol.36(1), pp.7-16
03/1996

Abstract

Composite materials Fracture mechanics Photoelasticity Theoretical stress analysis
In this paper, the digital photoelastic technique was employed to investigate the effect of different material combinations and different crack inclination angles on the stress-intensity factors (SIFs). To produce a true bimaterial plate,the two component materials were naturally adhered together by a special casting procedure. The experimental results show that dimensionless combined SIF increases with increasing G 1 /G 2 (or crack inclination angles) for different crack inclination angles (or G 1 /G 2 's).

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