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Issues in the numerical simulation of strain-rate and pressure sensitive cementitious granular materials
Because cementitious, granular, pressure-sensitive materials constitute a wide range of construction materials like, concrete, soils and rocks, a project of investigation has been undertaken for the purpose of identifying the micromechanical mechanisms leading to the development and propagation of damage in these materials. One of the major goals of the investigation has been the development and the Finite Elements implementation of a triaxial, strain-rate sensitive, history and temperature dependent constitutive model. The model is under continuing development as additional material test results become available. In its present form it has been implemented in CAPA-3D, a massively parallel, nonlinear, static/dynamic Finite Elements system for the solution of very large-scale 3-D solid models.
Issues in the numerical simulation of strain-rate and pressure sensitive cementitious granular materials
Because cementitious, granular, pressure-sensitive materials constitute a wide range of construction materials like, concrete, soils and rocks, a project of investigation has been undertaken for the purpose of identifying the micromechanical mechanisms leading to the development and propagation of damage in these materials. One of the major goals of the investigation has been the development and the Finite Elements implementation of a triaxial, strain-rate sensitive, history and temperature dependent constitutive model. The model is under continuing development as additional material test results become available. In its present form it has been implemented in CAPA-3D, a massively parallel, nonlinear, static/dynamic Finite Elements system for the solution of very large-scale 3-D solid models.
Issues in the numerical simulation of strain-rate and pressure sensitive cementitious granular materials
Scarpas, A. (author) / Blaauwendraad, J. (author)
1998
10 Seiten, 6 Quellen
Conference paper
English
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