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To address the need to obtain the stress intensity factor in high frequency dynamic loading situations, we studied the use of dislocation to represent a crack by a continuous distribution of dislocation singularities. This study focused on the configuration of finite crack located in an infinite isotropic elastic solid which is subjected to harmonic shear waves. The most important contribution of this thesis is a new approach which is based on the development of dynamic dislocation model to investigate the dynamic problems of cracks, particularly the dynamic interaction between a surface crack and screw dislocations; dynamic interaction between a free surface and an internal crack; crack propagation under dynamic loadings. With this approach, we are able to derive the exact analytical expression for stress intensity factor at any given frequencies.
Simulation results of the dislocation model for an internal crack show that free surface effect plays a very important role in crack propagation. The stress intensity factors at crack tip which is nearest to the free surface suffer a sharp increase. It indicates that an internal crack close to a free surface could easily be extended to a surface crack. 2ff7e9595c