Accession Number : ADP007711

Title :   Application of Monte Carlo Simulation for Three-Dimensional Flows,

Corporate Author : KARLSRUHE UNIV (GERMANY F R) INST FUER THERMISCHE STROEMUNGSMASCHINEN

Personal Author(s) : Scheurlen, M. ; Noll, B. ; Wittig, S.

Report Date : FEB 1992

Pagination or Media Count : 10

Abstract : A Monte Carlo technique is outlined for the simulation of the transport of a joint scalar probability density function (pdf). The discretisation of the partial differential equations is based on a finite-volume approximation. The problem of frozen solutions is addressed if the number of stochastic elements is limited. Non-adiabatic boundary conditions are discussed if the energy equation is solved by a Monte Carlo simulation.

Descriptors :   *THREE DIMENSIONAL FLOW, BOUNDARIES, DENSITY, DIFFERENTIAL EQUATIONS, ENERGY, EQUATIONS, NUMBERS, PARTIAL DIFFERENTIAL EQUATIONS, PROBABILITY, SIMULATION, TRANSPORT, VOLUME, MONTE CARLO METHOD.

Subject Categories : Fluid Mechanics
      Numerical Mathematics

Distribution Statement : APPROVED FOR PUBLIC RELEASE