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Shock waves in granular soil
Experimental and theoretical studies of shock wave propagation in elastically confined, cylindrical sand column are described; excitation is produced by air shock from pneumatic shock tube, and special reinforced specimen container is used to restrict radial strains while allowing unimpeded axial motion; theoretical interpretation of test results is presented, taking into account effects of stress relaxation, nonlinear stress-strain relationship, and differences between initial loading path and path of subsequent load cycles.
Shock waves in granular soil
Experimental and theoretical studies of shock wave propagation in elastically confined, cylindrical sand column are described; excitation is produced by air shock from pneumatic shock tube, and special reinforced specimen container is used to restrict radial strains while allowing unimpeded axial motion; theoretical interpretation of test results is presented, taking into account effects of stress relaxation, nonlinear stress-strain relationship, and differences between initial loading path and path of subsequent load cycles.
Shock waves in granular soil
ASCE -- Proc (J Soil Mechanics Foundations Div)
Stoll, R.D. (author) / Ebeido, I.A. (author)
1965
19 pages
Article (Journal)
English
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