My Computational Fluid Dynamic (CFD) Interests
Computational Fluid Dynamics (CFD) is an excellent tool to improve design of devices where the flow mechanics plays a crucial role in their operations. CFD can be used to recognize complex flow profiles due to turbulent velocity fields, pressure changes, mass flow rates, and high temperature zones in and around devices which operate with fluid flow. It basically does this by solving model equations of fluid flow which are often non-linear partial differential equations over complex geometrical shapes using numerical methods. CFD is also a good research tool for developing better flow models. The CFD that I am particularly interested in uses the Finite Volume Method.
Some of my previous work is presented here in brief. Hope they provide you with some interesting CFD works.
1. CFD
analysis using
Fluent™ of flow in a single human airway branch with particle tracking.
2. The two-dimensional flow in a lid-driven cavity
3. The compressible inviscid flow in a one-dimensional nozzel (Comparison of Steger Warming and Roe Schemes to capture shocks)
4. CFD simulation using Fluent™ of two-dimensional flow around a bend tube with and without a guided vane
Interesting CFD sites o CFD-Online o
Comercial
software
newsletters
Fluent
CFX
Star-CD (CD adapco
Group)
My E-mail: [email protected]