Finite Element Computations of Complex Flows
Keywords:
FEM, Fluid Dynamics, Transition, Vortex Induced Vibrations, Fluid Structure Interaction, Shape Optimization
Abstract
A brief review of our research activities is presented. Stabilized finite element methods are used to solve two and threedimensional, unsteady turbulent flows past complex bodies at various Reynolds (Re) and Mach (M) numbers. The stabilized finite element methods that are being used are robust, accurate and able to handle complex geometries including those that deform with time. Flow problems involving fluid-structure interactions as well as aerodynamic shape optimization for superior aerodynamic performance are also presented.
Published
2016-07-21
Section
Research Papers