معرفی
Albert Ratner is a Professor in the Department of Mechanical Engineering at the University of Iowa, College of Engineering, where he has been a faculty member since 2003. He is also affiliated with the Iowa Technology Institute, contributing to interdisciplinary research initiatives.
Education:
- PhD in Aerospace Engineering, University of Michigan, 2000
- MS in Mathematics, University of Michigan, 1999
- MS in Aerospace Engineering, University of Michigan, 1996
- BS in Engineering and Applied Science, California Institute of Technology, 1995
His research focuses on combustion science and laser diagnostics, particularly in unsteady and reacting flows. Key areas include combustion instability, flame front dynamics, reaction layer structures, and high-speed imaging techniques. He investigates the impact of fuel mixing on instabilities and explores the combustion characteristics of bio-derived fuels, contributing to sustainable energy solutions. His work also extends into droplet and spray dynamics, with applications in propulsion and medical devices.
Dr. Ratner is an active leader in the scientific community, recognized for his contributions through fellowships and leadership roles in major professional societies.
Scientific Awards and Professional Leadership:
- ASME Fellow
- Technical Program Chair, 2023 ASME IMECE
- Steering Committee Member, ASME IMECE
- Central States Executive Committee Member, Combustion Institute (2012–2024)
- Program Chair, 2021 US National Combustion Meeting
- AIAA Senior Member
- Past Chair, AIAA Iowa Section
- Advisor, University of Iowa AIAA Student Chapter
- Member, Iowa Academy of Science
- Past Chair, Engineering Section, Iowa Academy of Science
He advises student researchers and has likely supervised graduate students, though no names are listed. His research is supported through grants related to combustion and energy systems, administered via the College of Engineering and the Iowa Technology Institute. He leads the Ratner Research Group, which focuses on experimental combustion diagnostics and flow visualization.
The Ratner Research Group utilizes advanced optical diagnostics and high-speed imaging to study complex reacting flows, contributing to both fundamental understanding and practical applications in energy and healthcare.
