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Long, reinforced metal tunnel connecting a concrete wall with a concrete building featuring external pipes and control valves.
We conduct experimental and numerical research in a broad range of phenomena, including flames, detonations, chemical lasers, laser-matter interactions, propulsion systems, the Earth's atmosphere, and astrophysical phenomena. Our facilities are among the world's best, featuring the largest detonation tube in an academic setting, which will enable at-scale experiments. These experiments will reveal undiscovered detonation physics and provide new insights for detonation safety.

Focus Areas

  • Combustion
  • Detonation
  • Numerical methods for large-scale simulations
  • Reactive flow

Faculty and Research Staff

Paul Cizmas

  • Professor, Aerospace Engineering
Paul Cizmas

Diego Donzis

  • Associate Department Head for Research
  • Professor, Aerospace Engineering
  • Presidential Impact Fellow
Diego Donzis

Swagnik Guhathakurta

  • Assistant Professor, Aerospace Engineering
Swagnik Guhathakurta

Scott Jackson

  • Associate Professor, Aerospace Engineering
Scott Jackson

Adonios Karpetis

  • Undergraduate Program Coordinator, Aerospace Engineering
  • Associate Professor, Aerospace Engineering
  • Engineering Honors Coordinator, Aerospace Engineering
Adonios Karpetis

Elaine Oran

  • Professor, Aerospace Engineering
  • Member, National Academy of Engineering
  • O'Donnell Foundation Chair VI
  • University Distinguished Professor
  • Affiliated Faculty, Mechanical Engineering and Multidisciplinary Engineering
Elaine Oran

Theofanis Strouboulis

  • Professor, Aerospace Engineering
Theofanis Strouboulis

Nathan Tichenor

  • Research Associate Professor, Aerospace Engineering
  • Chief Research Officer, Bush Combat Development Complex
  • Director of Hypersonic Facilities, Bush Combat Development Complex
Nathan Tichenor

Albina Tropina

  • Research Professor, Aerospace Engineering
Albina Tropina

Bret P. Van Poppel

  • Professor of Practice, Aerospace Engineering
Bret P. Van Poppel

Laboratories and Facilities

Ballistic, Aero-optics, and Materials (BAM) Range

The Ballistic, Aero-optics, and Materials (BAM) Range at the George H.W. Bush Combat Development Complex is a large-scale, fully enclosed multi-disciplinary research and development facility capable of evaluating optical propagation (including high-energy lasers), true hypersonic aerothermodynamics, and hypervelocity impact response of materials and structures. This is accomplished within a fully characterized range that can achieve controllable atmospheric conditions. The 565-meter-long Phase I configuration is currently operational, with a 1km Phase II configuration under development. The BAM Range will be the largest and most fully instrumented facility of its kind in the United States and is available for academic, industry, and government collaborations.

Faculty Supervisor: Nathan Tichenor

Website: bcdc.tamus.edu/facilities/bam

Detonation Research Test Facility

The Detonation Research Test Facility, or DRTF, is one of the largest detonation research facilities in the world. It is designed to study and characterize high-speed reactive flows, fast flames, shocks, and detonations. The cylindrical steel tube is 150 meters long by 2 meters in diameter, with an earth-covered, vented muffler that is 90 meters long by 9 meters wide and high. The DRTF’s pressure and optical sensors will observe flame evolution and transition to detonation, enhanced by insertable steel baffles. Laser diagnostics will reveal the structure and dynamics of reactive flows. The DRTF will study the dynamics of explosive events and their flow physics, as well as reactions occurring in energetic materials generally. These experiments will help develop ways to avoid, mitigate, enhance, and even control these processes.

Faculty Supervisor: Elaine Oran

Website: Detonation Research Test Facility

Detonation Physics Laboratory

The Detonation Physics Laboratory specializes in the study of detonation physics, high-speed combustion phenomena and energetic material performance. Applications involve propulsion, power generation, explosion hazard analysis, defense and mining.

Faculty Supervisor: Scott Jackson
Website: jackson.engr.tamu.edu