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Plane-strain buckling of cracks in incompressible elastic solids

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Abstract

The buckling of a crack in an incompressible elastic solid subjected to a crack-parallel compression is studied by using a small-deformation-superposed-on-large-deformation analysis. It is found that for a general incompressible material there exists at least one and at most a finite number of buckling loads. For a Mooney material, a unique buckling load corresponding to a crack-parallel stretch ratio of 0.544 is found to exist.

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Supported by U.S. Army Research Office-Durham under Grant DAAG-29-76-G-0272.

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Wu, C.H. Plane-strain buckling of cracks in incompressible elastic solids. J Elasticity 10, 163–177 (1980). https://doi.org/10.1007/BF00044501

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  • DOI: https://doi.org/10.1007/BF00044501

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