β Scribed by A. J. Kinloch; D. Maxwell; R. J. Young
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The micromechanisms of fatigue fracture in bone cements were explored and characterized in this investigation. Fatigue crack initiation sites were identified and the microscopic features responsible for crack initiation are illustrated. Differences in the fracture morphology of PMMA beads, in early
Presence of micro-cracks in the neighborhood of the tip of macro-cracks in brittle materials can influence the fracture process. In particulate composites micro-cracks can develop as a result of manufacturing process or service loading . These micro-cracks significantly alter the stress and the stra
Layered, graded material structures exhibit anisotropies in elastic properties and failure resistance that can strongly influence the propagation of cracks, and hence overall structural integrity. This study examines the influences on propagation trajectory for cracks initially oriented parallel to