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A platform for research: civil engineering, architecture and urbanism
Effect of Radial Inertia Confinement on Dynamic Compressive Strength of Concrete in SHPB Tests
This paper extends the study of Dharan on the stress state in an elastic solid specimen subjected to axial strain acceleration to compressible materials. And an improved Dharan model is presented. Based on the Drucker-Prager strength criterion, analytical equations of the radial inertia confinement effect on dynamic compressive strength of concrete in split Hopkinson pressure bar tests is derived. Comparison and discussion on the analytical, experimental and numerical results are performed. It is proved that the strain rate effect of compressive strength of concrete materials is a pseudo material property partly caused by the radial inertia confinement. Special attentions should be paid to dynamic tests of low-strength concrete to get the real mechanical properties.
Effect of Radial Inertia Confinement on Dynamic Compressive Strength of Concrete in SHPB Tests
This paper extends the study of Dharan on the stress state in an elastic solid specimen subjected to axial strain acceleration to compressible materials. And an improved Dharan model is presented. Based on the Drucker-Prager strength criterion, analytical equations of the radial inertia confinement effect on dynamic compressive strength of concrete in split Hopkinson pressure bar tests is derived. Comparison and discussion on the analytical, experimental and numerical results are performed. It is proved that the strain rate effect of compressive strength of concrete materials is a pseudo material property partly caused by the radial inertia confinement. Special attentions should be paid to dynamic tests of low-strength concrete to get the real mechanical properties.
Effect of Radial Inertia Confinement on Dynamic Compressive Strength of Concrete in SHPB Tests
Applied Mechanics and Materials ; 438-439 ; 215-219
2013-10-15
5 pages
Article (Journal)
Electronic Resource
English
Effect of Radial Inertia Confinement on Dynamic Compressive Strength of Concrete in SHPB Tests
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