Deformation and Fracture Behaviors of Concrete under Impact Triaxial Compressive and Hydrostatic Loadings
By Masahiro Morishita and Tsuyoshi Asonuma
Concrete Research and Technology
Vol.16, No.2, Mar 2005 (Issue 38)
- Synopsis:
- In this study, deformation and fracture behaviors of concrete under impact triaxial compressive and hydrostatic loadings have been studied to discuss the concrete material model available for numerical simulation of reinforced concrete structures subjected to detonations. The impact triaxial compressive and hydrostatic loading tests were carried out with the Split Hopkinson Pressure Bar (SHPB) system with a pressure cell for two kinds of concrete specimens in static compressive strength, and the dynamic failure criteria and deformation property were investigated.
- Keywords:
- Impact Triaxial Compressive Loading, Impact Hydrostatic Loading, Split Hopkinson Pressure Bar, Dynamic Failure Criteria, Dynamic Deformation Property
