
doi: 10.1007/bf01175902
The methods of differential geometry have been applied to the process of cracking. In particular, it is shown that a crack may be viewed as an imperfectly torn elastically distorted space. Such a space in turn is characterized by the presence of a quantity termed an anholonomic object. The anholonomic object is shown to play the same role in torn spaces as does the torsion tensor in dislocated spaces.
Methods of Differential Geometry, Process of Cracking, Imperfectly Torn Elastically Distored Space, Brittle damage
Methods of Differential Geometry, Process of Cracking, Imperfectly Torn Elastically Distored Space, Brittle damage
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