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A platform for research: civil engineering, architecture and urbanism
Continuum Fracture and Fragmentation of Rock: Application to Oil Shale
Progress on development of dynamic fracture, fragmentation, and stress wave propagation models specific to energy applications in rock is reported. Emphasis is focused on physical characterization of the fracture process and on improving computational efficiency. A description of the distribution of flaws characterizing fracturability of rock is quantified which leads to a rate-dependent fracture strength of rock. The resulting constitutive laws of fracture are examined in terms of processes of dynamic fracture in oil shale. (ERA citation 04:007426)
Continuum Fracture and Fragmentation of Rock: Application to Oil Shale
Progress on development of dynamic fracture, fragmentation, and stress wave propagation models specific to energy applications in rock is reported. Emphasis is focused on physical characterization of the fracture process and on improving computational efficiency. A description of the distribution of flaws characterizing fracturability of rock is quantified which leads to a rate-dependent fracture strength of rock. The resulting constitutive laws of fracture are examined in terms of processes of dynamic fracture in oil shale. (ERA citation 04:007426)
Continuum Fracture and Fragmentation of Rock: Application to Oil Shale
D. E. Grady (author) / M. E. Kipp (author)
1978
41 pages
Report
No indication
English
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