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CFD & Structures: Algorithmic Challenges for Multi-physics Problems

Join our panel discussion on addressing algorithmic issues and HPC architectural improvements for CFD and structures applications. Learn about the impact of current computer paradigms and programming models on development work.

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CFD & Structures: Algorithmic Challenges for Multi-physics Problems

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  1. PANEL DISCUSSION ON CFD AND STRUCTURES APPLICATION REQUIREMENTS • Panelists: • Alex Akkerman, Ford • E. Thomas Moyer, Naval Surface Warfare Center • Matt Floros, Army Research Laboratory • Susan Polsky, Naval Air Weapons Center • Andrew Johnson, Digital Rocket Science • Vince Scarafino • Paul Muzio, City University of New York • Bob Graybill, USC–ISI • Richard Walsh, IDC

  2. PANEL DISCUSSION ON CFD AND STRUCTURES APPLICATION REQUIREMENTS • Many of the panel members are now in the process of addressing complicated multi-physics problems be it for ship, rotorcraft, or fixed wing aircraft design.  • What are the most significant algorithmic issues in this area that need to be addressed?

  3. PANEL DISCUSSION ON CFD AND STRUCTURES APPLICATION REQUIREMENTS • Most current high performance computers now consist of 100s or 1000s of SMP nodes with multicore chips.  • How do current algorithms map to this computer paradigm?  • Does it make your development work easier or harder?  • What kind of HPC architectural improvements are needed to efficiently support these algorithms?

  4. PANEL DISCUSSION ON CFD AND STRUCTURES APPLICATION REQUIREMENTS • What changes in computer programming models for HPC systems would benefit work in this area?

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