Tips for Handling Complex Geometries, Very Large Grids
This webinar steps you through the meshing process for creating an unstructured grid around a moderately complex geometry. We pay particular attention to solid modeling, uses for scripting, local grid refinement, and creating orthogonal cells in the boundary layers. The geometry was provided by NASA and Gulfstream as a test case for participants in the BANC-III aeroacoustics workshop held in conjunction with the 2014 AIAA Aviation conference in Atlanta, Georgia, in June 2014.
Aeroacoustic simulations require a
John Rhoads completed his Ph.D. in plasma physics at Princeton University in 2013 and joined the Pointwise staff as senior engineer on the Sales and Marketing Team. Dr. Rhoads' dissertation topic was “Experimental Study of Magnetohydrodynamic Effects and Heat Transfer in Free-Surface, Flowing Liquid Metal.” Dr. Rhoads earned an M.A. in astrophysics from Princeton in 2009 and B.S. degrees in physics, engineering and mathematics from Texas Christian University in 2007.