Florida State University                                                                                               Department of Mathematics       

Applied  and Computational Mathematics

Applied and Computational Mathematics Seminar  

Fall 2004

   

Friday  3:35-4:35 PM,  Room 499 DSL (CSIT  Seminar Room)

Sept. 17          Dr. Leon Van Dommelen, Department of Mechanical 

                        Engineering, FSU

 “On Computing Flow Separation from the 

Gortler Equations."

 

Sept. 24             Dr. David Kopriva, Department of Mathematics, FSU

                        “The Discontiuous Spectral Element Method on

                          Unstructured Curvilinear Mesh.”

 

Oct. 1              Dr. Gordon Erlebacher, School of Computational Science

                        and Department of Mathematics, FSU

“Unified framework for time-dependent vector field 

   visualization”

 

Oct. 8              Dr. Ali Uzun, School of Computational Science, FSU

                        "Coupling of Integral Acoustics Methods with Large Eddy

Simulation for Jet Noise Prediction"

 

Oct. 15            Dr. Mark Sussman, Department of Mathematics, FSU

                        “A second order, adaptive, parallel numerical method

 for multi-phase flow”

 

Oct. 22            Dr. Scott Sherer, Computational Sciences Center of

                        Excellence,

                        Air Force Research Lab, Wright Patterson AFB

                        “Review of High-Order Overset-Grid Research in AFRL"

 

Oct 29             Anand Ganesan, Department of Mathematics, FSU

                        “A modified k-e turbulence model including

density effect”

 

Nov. 5            Homecoming , no seminar. 

 

Nov. 12       

 

Nov. 19            Join the Math Dept Colloquium, go to 101 Love Bldg.

                        

 For past  seminars,  please see:   Seminar Archives 

                     Seminar Room 

 

 



  Home
   


Contact wang@math.fsu.edu  or xxu@math.fsu.edu  with comments, corrections or suggestions for additions.