Dr. Kyle Uhlenhake is an Engineer at Colwell Consulting where he specializes in the engineering analysis of fluid and thermal processes, especially regarding the origin, cause, and propagation of fires and explosions. Dr. Uhlenhake has investigated fires and explosions in a diverse range of applications including residential and commercial structures, internal combustion motor vehicles, electric and hybrid motor vehicles, watercraft and marine applications, rail transport applications, chemical mixing processes, and battery packs. Experience within these applications includes fire cause and origin determination, evaluation of ignition mechanisms, fire spread, and burn pattern interpretation.
Dr. Uhlenhake has published scientific articles in the areas of ignition mechanisms, combustion equilibrium analysis, rocket propellants, and energetic materials. Applications of his research include novel ignition mechanisms for energetic materials and optimizing propellant formulations.
Dr. Uhlenhake has held a graduate research assistant position at Zucrow Laboratories at Purdue University, as well as an undergraduate research assistant position at the Energetic Materials Combustion Laboratory at Iowa State University. Dr. Uhlenhake has held a graduate teaching assistant position at Purdue University where he taught a laboratory course on combustion of energetic materials. He has also lectured for graduate engineering courses in combustion, internal combustion engines, and thermodynamics. Dr. Uhlenhake has also held positions at Rolls-Royce Corporation and Caterpillar Inc.
Ph.D., Mechanical Engineering, Purdue University
M.S., Mechanical Engineering, Purdue University
B.S., Mechanical Engineering, Iowa State University
Fire Investigation 1A: Fire Origin and Cause Determination accredited by the California State Fire Marshal
SAE Course PD291808: High Voltage Vehicle Safety Systems
Advancing Army Modernization Priorities Undergraduate Program Outstanding Mentor, 2022
Purdue Lozar Fellowship, 2018-2021
Iowa State Cardinal Key Honor Society, 2017-2018
Society of Automotive Engineers International
Journal of Propellants, Explosives, and Pyrotechnics
Journal of Propulsion and Power Research
S. Son, K. Uhlenhake, D. Collard, M. Gomez, “Optical Sensitizer Device and Method for Low-Energy Laser Ignition of Propellants” U.S. Patent Application Publication, US-20220349373-A1
B. Barker, E. Koenig, B. Varney, and K. Uhlenhake, “Airfoil with Dual-Wall Cooling and Angled Cooling Channels” U.S. Patent No. 11,459,901, US-11459901-B1