Computer Simulation and Visualization of the Dynamic Poroelasticity Problem Solutions

Abstract

In this paper, we numerically computed the analytical solution of the initial-boundary poroelasticity problem. We applied parallel computation for inverse Laplace transformation and consecutive computation forinverse Fourier transformation to obtainthe two-dimensional timedependent solution. Visualization of the dynamic solution functions is presented for the fixed time values and confirms that the boundary conditions are satisfied at zero and in infinity.