Experimental study on dynamic properties of concrete with one-dimensional confining pressure
Lin Gao
Abstract
Lin Gao
Abstract
Dynamic compressive tests on cubic specimens were carried out on the servo-hydraulic static-dynamic testing machine designed and manufactured at the Dalian University of Technology,China.The confining pressure was kept constant at four levels and the strain rate varied from 10-5 s-1 to 10-2 s-1.Variation of strength and deformation of concrete with strain rate and confining pressure was investigated systematically.Based on the tests results a strength formula was proposed for the dynamic failure of concrete with one-dimensional confining pressure,which will contribute to the seismic analysis of large-scale concrete structures such as dams,the offshore concrete oil platforms etc.
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Dynamic compressive tests on cubic specimens were carried out on the servo-hydraulic static-dynamic testing machine designed and manufactured at the Dalian University of Technology,China.The confining pressure was kept constant at four levels and the strain rate varied from 10-5 s-1 to 10-2 s-1.Variation of strength and deformation of concrete with strain rate and confining pressure was investigated systematically.Based on the tests results a strength formula was proposed for the dynamic failure of concrete with one-dimensional confining pressure,which will contribute to the seismic analysis of large-scale concrete structures such as dams,the offshore concrete oil platforms etc.
Key concepts: Overburden pressure, Materials science, Strain rate, Deformation (meteorology), Solid mechanics, Geotechnical engineering, Compressive strength, Structural engineering