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A platform for research: civil engineering, architecture and urbanism
Fracture at Elevated Temperature
A systematic experimental study of fracture in materials which contain hard second phase particles was carried out. The principal variables in this study were the average size and spacing of the second phase particles, grain size, temperature, and the strain rate. Polycrystalline copper containing a dispersion of silica particles was the material used in these experiments. Three modes of fracture were observed: transgranular necking fracture, fracture by the propagation of intergranular cracks initiated at the surface, and intergranular fracture by grain boundary cavitation throughout the entire specimen cross-section.
Fracture at Elevated Temperature
A systematic experimental study of fracture in materials which contain hard second phase particles was carried out. The principal variables in this study were the average size and spacing of the second phase particles, grain size, temperature, and the strain rate. Polycrystalline copper containing a dispersion of silica particles was the material used in these experiments. Three modes of fracture were observed: transgranular necking fracture, fracture by the propagation of intergranular cracks initiated at the surface, and intergranular fracture by grain boundary cavitation throughout the entire specimen cross-section.
Fracture at Elevated Temperature
W. Pavinich (author) / R. Raj (author)
1977
19 pages
Report
No indication
English
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