This program is sponsored by the Air Force Office of Scientific Research, but is managed under the umbrella of the NASA University Leadership Initiative Program. The NASA ULI program tasks universities with taking leadership in applied research in aeronautics and to train the next generation’s workforce. Establishing partners in government and industry that will help transition the technologies is a key requirement of the program.
Development of the FAST measurement technology methodology requires an experienced, multi-disciplinary team to tackle several key technical challenges. As shown in the figure below, UT Austin serves as the lead institution and has expertise in experimental aerothermodynamics (Clemens), aeroelasticity (Sirohi), CFD, scientific machine learning and optimization (Willcox). The University of Michigan (Cesnik) provides expertise in developing full system aerothermoelastic simulations of hypersonic vehicles, and UT San Antonio (Combs) provides complementary expertise in experimental hypersonics and access to a Mach 7 Ludwieg tube. The educational program is being led by Huston Tillotson University (Masino and Topkara), which is a Historically Black College located in Austin, Texas.
The university partners will lead technology development and provide workforce development and training. An important aspect of our training program is the participation of a diverse student body. In fact, while Huston Tillotson is an HBCU, both UT Austin and UT San Antonio are Hispanic Serving Institutions. The Huston Tillotson co-PIs will develop curricula that will prepare their undergraduates to take on research assignments and internships at the member institutions. Sandia (Blonigan) provides additional capabilities for high-fidelity aerothermodynamic simulations and reduced-order modeling for input into the aerothermoelastic-response model, as well as critical guidance on our work’s relevance to actual flight systems. We have teamed with Lockheed Martin Corp., which is one of the nation’s leading industrial developers of hypersonic flight systems. Lockheed will serve as the main conduit for technology transition as well as provide expertise and guidance on hypersonic vehicle design, flight testing, and vehicle guidance and control.
Sponsors
AFSOR
NASA
Team Members
The University of Texas at Austin
Department of Aerospace Engineering and Engineering Mechanics
Huston-Tillotson University
University of Michigan
University of Texas at San Antonio
Sandia National Laboratories
Lockheed Martin Corporation
Leadership
The University of Texas at Austin
Noel Clemens
Professor, Aerospace Engineering and Engineering Mechanics
Principal Investigator; Experimental Validation
Jayant Sirohi
Professor, Aerospace Engineering and Engineering Mechanics
Experimental Validation
Karen Willcox
Professor, Aerospace Engineering and Engineering Mechanics
Scientific Machine Learning
Huston-Tillotson University
Amanda Masino
Professor
Education and Workforce Development
Engin Topkara
Professor
Education and Workforce Development
University of Michigan
Carlos Cesnik
Professor
Aerothermoelastic structural simulation
University of Texas at San Antonio
Chris Combs
Assistant Professor
Hypersonic aeroelastic model testing
Sandia National Laboratories
Dr. Patrick Blonigan
High-fidelity CFD simulations and reduced-order modeling
Lockheed Martin Corporation
Barry Bauer
Hypersonic systems
Dr. John Rhoads
Hypersonic systems
Michael Niestroy
Hypersonic systems