Stochastic Finite and Boundary Elementsby Gautam Dasgupta, Columbia Univ, New York, United States,
Abstract: The random coefficients in partial differential equations, which govern the responses of stochastic thermo-mechanical systems, (Dasgupta, 1991), pose a computational challenge. The large nondeterministic deviations can only be captured from Monte Carlo simulations, (Nakagiri, 1980) and (Shinozuka, 1972). Only the 'inversion' of the uncoupled thermal and elastodynamic operators pertaining to a uniform continuum is deemed adequate for coupled system stochasticity problems by boundary elements employing stationary iterations, (Dasgupta, 1991). In stochastic finite element the convection like terms, in the light of Tatarski's wave consideration, (Tatarski, 1961), are captured via stochastic strain-displacement matrices.
Subject Headings: Boundary element method | Stochastic processes | Finite element method | Strain | Computing in civil engineering | Differential equations | Monte Carlo method | Europe | Monaco | Monte Carlo
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