Numerical Heat And Mass Transfer

Catalog description

This course is to introduce students with basic concepts and techniques in computational heat transfer and fluid dynamics, and to prepare students for development and application of computer codes for engineering design and scientific research. The topics will include finite volume methods (FVM), discrete modeling of Navier-Stokes equations and energy equations, iterative solution algorithms, grid generation, boundary conditions, convergence and accuracy, applicability and pitfalls of commercial codes, and hand-on projects. Typically offered Fall Spring Summer. Prerequisite(s): ME 41600 FOR LEVEL UG WITH MIN. GRADE OF D- AND ME 31200 FOR LEVEL UG WITH MIN. GRADE OF D- Course Learning Outcomes 1. Understand and apply the mathematical description of physical phenomena equations. 2. Understand and apply the discretization methods to partial differential equations. 3. Implement of boundary conditions to different engineering interested problems. 4. Apply Finite Volume Methods for solving unsteady diffusion problems, steady state convection and diffusion problems, unsteady state convection and diffusion problems. 5. Understand the basic concept and theory for grid generation. 6. Understand and apply SIMPLE algorithm for solving fluid flow and heat and mass transfer problems in both steady state and unsteady state. 7. Understand the proper usage of commercial codes, their strengths and limitations to help engineering design and troubleshooting. View Class Schedule