Computational Fluid Dynamics Modeling Requirements for Mass-Transfer Analysis

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COMPUTATIONAL FLUID DYNAMICS MODELING REQUIREMENTS FOR MASS-TRANSFER ANALYSIS

Andrew W. Sloley
The Distillation Group, Inc.*
P.O. Box 10105
College Station, Texas 77842-0105

Presented at the
IASTED Meeting
Modeling and Simulation 1997
Pittsburgh, Pennsylvania
15-17 May 1997

Abstract copyright Andrew W. Sloley.
1997
All rights reserved.

Computational Fluid Dynamics (CFD) uses a numerical solution to the Navier-Stokes equations to solve for detailed flow lines, velocity gradients, pressure gradients and enthalpy throughout a complex physical system. CFD has experienced great success in heat-transfer, fluid flow, multiple phase fluid flow, fluid mixing, combustion and reactor equipment design. Until now, limited application has been made in the area of mass-transfer equipment and separation equipment design.

Input requirements for CFD analysis of mass-transfer problems along with a breakdown of problem types are identified. Based on the problem type breakdown, areas amenable to solution with the existing CFD codes and physical models are identified. Areas requiring additional physical model development are identified.

Paper not available in electronic form.

*current affiliation

This page updated June 1, 1999.
© 1999 The Distillation Group, Inc. All rights reserved.