New Center to Leverage High-Performance Computing to Advance Hypersonic Propulsion
10/13/2020 9:25:03 AM
The U.S. Department of Energy’s National Nuclear Security Administration Advanced Simulation and Computing announced it will fund a new Center for Exascale-enabled Scramjet Design (CEESD) at the University of Illinois at Urbana-Champaign.
U of I will receive $17 million over a five-year period. CEESD will be housed in the National Center for Supercomputing Applications at U of I with CS professor and NCSA director William Gropp serving as co-director of the center.
Willett Professor and Head of the Department of Aerospace Engineering Jonathan Freund is the application co-director and principal investigator of CEESD. He said air-breathing hypersonic propulsion is the key to expanding access to space, enhancing defense, and accelerating global transport.
“The needed supersonic combustion ram jets (scramjets) have been demonstrated but are insufficiently engineered for many applications,” Freund said. “Their promise is revolutionary, but their challenge is profound—to maintain combustion, with its modest flame speeds, in supersonic air flow.
“Advanced lightweight composite materials provide a new design paradigm that can facilitate thermal management through temperature resistance and/or strategic ablation,” Freund said. “Predictive simulations, realized by the integration of multiple physical models and performance-enabled with advanced computer science methods, will constitute a fundamental advance that circumvents testing costs that currently hinder design.”
Freund said the center is a boon for hypersonics efforts at Illinois and for bringing high-performance computing together with engineering analysis and design.
According to Gropp, the center is unique due to its university setting.
“High-performance computing is enabling for our design goals, and the center will, at the same time, provide a unique educational experience,” Gropp said. “The computer science students will be trained to work effectively with computational scientists, who are facing challenging prediction goals. Likewise, computational scientists will learn computer science approaches and opportunities within the team structure.”
The experimental work for the center will be orchestrated by AE’s Greg Elliott. Freund said, Elliott leverages experience in high-speed flow experiments, diagnostics, and their integration with predictive modeling.
In all, 20 researchers are associated with the center across NCSA and six departments in The Grainger College of Engineering: Computer Science, Aerospace Engineering, Mechanical Science and Engineering, Industrial and Enterprise Systems Engineering, and Electrical and Computer Engineering.
Other faculty with ties to CS who are involved in the center include G. Carl Evans, Paul Fischer, Laxmikant “Sanjay” Kale, Daniel Katz, Andreas Kloeckner, Luke Olson, David Padua, and Lawrence Rauchwerger.
See the original Aerospace Engineering story.