Modeling of Successive Impacts in Sandby Chaim J. Poran, Univ of North Carolina, Charlotte, United States,
Jorge A. Rodriquez, Univ of North Carolina, Charlotte, United States,
Abstract: The principal aspects of numerical modeling of successive, high energy impacts in sand are discussed in this paper. These include the numerical formulation used for solution of the equations of motion and integration of the constitutive equations, plasticity model for the soil, representation of the impact loading, and effects of very large deformations (induced by successive impacts) on both boundary conditions and soil representation. Computed results of global displacements show good correlation to available experimental data.
Subject Headings: Soil properties | Numerical models | Soil deformation | Sandy soils | Equations of motion | Mathematical models | Numerical methods | Constitutive relations
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