At the forefront of hypersonics research, or at least quite close to it
The High-Speed Aerodynamics and Propulsion Laboratory (HAPL) at the University of Maryland, led by Associate Professor Stuart Laurence, specializes in investigations of a wide variety of high-speed flow problems, including hypersonic boundary-layer transition, aerodynamic interactions between free-flying bodies, shock-wave/boundary-layer interactions, fluid-structure interactions, scramjet unstart, and diagnostic development.
HAPL aims to make significant contributions to our fundamental understanding of high-speed flow problems, whilst providing students with access to world-class experimental facilities for research and education.
- Samuel Maszkiewicz receives a 2019 NDSEG Fellowship. Congrats Sam!
- HAPL receives two Phase-II STTR awards from AFOSR.
- Stevens Institute of Technology and HAPL awarded three-year grant under the AFOSR High-Speed Aerodynamics Portfolio to study highly-cooled hypersonic boundary layers.
- HAPL awarded three-year grant under the ONR Hypersonic Aerodynamics Portfolio to study three-dimensional hypersonic shock-wave/boundary-layer interactions.
- HAPL article appears in JFM Rapids
- Thomas Whalen receives a 2018 NASA Space Technology Research Fellowship. Congrats Tom!
- HAPL awarded AFOSR DURIP Grant
- Laurence receives NSF CAREER Award
- Work by Kennedy and Laurence featured in Physics Today