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A platform for research: civil engineering, architecture and urbanism
Explosive-Induced Damage in Porous Sandstone
A combined laboratory and computational effort was conducted to study the effect of overburden pressures on explosively damaged porous sandstone. It was found that it was difficult to establish a dependence on confining pressure. The predominant effect of the explosion was compaction around the cavity, and macroscopic fractures were conspicuously absent. (ERA citation 05:005356)
Explosive-Induced Damage in Porous Sandstone
A combined laboratory and computational effort was conducted to study the effect of overburden pressures on explosively damaged porous sandstone. It was found that it was difficult to establish a dependence on confining pressure. The predominant effect of the explosion was compaction around the cavity, and macroscopic fractures were conspicuously absent. (ERA citation 05:005356)
Explosive-Induced Damage in Porous Sandstone
A. S. Kusubov (author) / W. B. Durham (author) / R. N. Schock (author) / J. F. Schatz (author) / T. J. Ahrens (author)
1979
8 pages
Report
No indication
English
Detonations, Explosion Effects, & Ballistics , Mineral Industries , Soil & Rock Mechanics , Sandstones , Bench-scale experiments , Cavities , Compacting , Data compilation , Density , Explosive fracturing , Fracture properties , Graphs , Mathematical models , Mechanical properties , Overburden , Porous materials , Pressure dependence , Volume , ERDA/020300 , ERDA/030300
Damage of Sandstone Induced by Repetitive Impact Loading
| ASCE | 2020