Join the Society for Industrial and Applied Mathematics at 6 p.m. in Haldeman 041 as we have dinner and hear about the many applications of fluid modeling.  More information (and videos) are available here: http://www.ansys.com/Products/Simulation+Technology/Fluid+Dynamics#/0.





Time: 6-7:30 (dinner will be served)

Location: Haldeman 041

Speaker: Franklyn J. Kelecy, Ph.D., ANSYS Inc., Lebanon, NH.

Title: Computational Fluid Dynamics: History, Methods, and Modern





Abstract: Computational Fluid Dynamics (CFD) can be defined as the science of solving the equations which govern fluid flow, heat and mass transfer, and related physical phenomena using numerical techniques.  Sophisticated CFD software packages have been developed over many years to provide efficient, robust, and accurate numerical solutions for a wide range of fluid flow problems.  Applications are numerous and ubiquitous in science and engineering, and include numerical weather prediction, biomedical flows, the prediction of lift and drag on automobiles and aircraft, and simulation of industrial equipment performance, from combustors and turbines in jet engines to internal flow systems in chemical processing and manufacturing.

In all cases, the principal goal of CFD is to gain a better understanding the flow physics which, in many cases, can not be fully determined using experimental observations and measurement techniques.



**The talk will provide a brief history of CFD, discuss the equations that are solved, and survey the numerical techniques that are used to obtain solutions.  The methods primarily used in commercial CFD software packages will be emphasized.  Following the talk, a brief demonstration of the ANSYS Inc. CFD software package will be given, wherein a simple fluid flow problem is created, meshed, and solved.**





Speaker Bio: Frank Kelecy is a lead technical support engineer at ANSYS Inc.  He holds a Ph.D. in Mechanical Engineering and has worked in the area of computational fluid dynamics for over 20 years.