Jeffrey Doom
Associate Professor
Biography
Dr. Jeffrey Doom, associate professor of mechanical engineering at 日本av视频, is an expert in the development of numerical algorithms and large-scale LES and DNS in computational fluid dynamics.
His research is to develop high-fidelity simulation tools using high-performance computing related to energy power systems (gas turbines and internal combustion engines). His interests are in computational fluid dynamics, combustion, heat transfer, multiphase flows, numerical analysis, biofilms and high-performance parallel computing. Doom鈥檚 previous work experience was at Sandia National Laboratories and GE Global Research.
His research is to develop high-fidelity simulation tools using high-performance computing related to energy power systems (gas turbines and internal combustion engines). His interests are in computational fluid dynamics, combustion, heat transfer, multiphase flows, numerical analysis, biofilms and high-performance parallel computing. Doom鈥檚 previous work experience was at Sandia National Laboratories and GE Global Research.
Education
- Ph.D in aerospace engineering and mechanics | University of Minnesota | 2009
- M.S. in aerospace engineering and mechanics | University of Minnesota | 2006
- B.A. in mathematics | Southwest Minnesota State University | 2002
Academic and Professional Experience
Academic Interests
- Computational fluid dynamics (CFD)
- Combustion
- Fluid mechanics
- Model and simulation
Academic Responsibilities
- ME 412/512 鈥 Internal Combustion Engines
- ME 413/513 鈥 Turbomachinery
- ME 431/531 鈥 Aerodynamics
- ME 437/537 鈥 Gas Dynamics
- ME 735 鈥 Modeling and Simulation
Committees and Professional Memberships
- American Institute of Aeronautics and Astronautics (AIAA)
Research and Scholarly Work
Areas of Research
- Combustion
- Computational fluid dynamics
- Heat transfer
- Multiphase flows
- Numerical analysis
- High-performance parallel computing
Awards and Honors
- Jerome J. Lohr College of Engineering Teacher of the Year, 2018
Grants
- Doom, J. (Principal), Kimn, J.H. (Co-Principal), McClanahan, N. (Co-Principal), 鈥淗igh performance computing of high-fidelity simulation of biofilms,鈥 Sponsored by NSF SD EPSCoR.
- Doom, J. (Principal), 鈥淪imulation of a flame holder with finite rate chemistry,鈥 Sponsored by AFRL fellowship.
- Doom, J.J. (Principal), Biesecker, M.J. (Co-Principal), Ciarcia, M. (Co-Principal), Nguyen, D.K. (Co-Principal), Ni, Z. (Co-Principal), Qiao, Q. (Co-Principal), "Experimental test bed for sprayer nozzles," Sponsored by Raven Industries.
- Tonkoski, R. (Principal), Michael, S.K. (Co-Principal), Doom, J. (Co-Principal), Ni, Z. (Co-Principal), Hansen, T.M. (Co-Principal), "MRI: Acquisition of a microgrid cyber-physical testbed for advanced energy management systems," Sponsored by NSF.
- Hansen, T., Doom, J., 鈥淯ndergraduate research: Emission modeling and simulation for sustainable electric power systems,鈥 Sponsored by Scholarly Excellence funds, Undergraduate research, 日本av视频.
- Michna, G., Doom, J., 鈥淯ndergraduate research: Experimental and numerical investigation of jet/crossflow interaction,鈥 Sponsored by Scholarly Excellence funds, Undergraduate research, 日本av视频.
- Doom, J. (Principal), Michna, G.J. (Co-Principal), 鈥淓xperimental and numerical investigation of arrays of impinging jets,鈥 Sponsored by Scholarly Excellence funds, Undergraduate research, 日本av视频.
- Kimn, J.H. (Principal), Doom, J. (Co-Principal), "Implementing parallel numerical procedures for 3+1 turbulence simulations," Sponsored by Scholarly Excellence funds, Undergraduate research, 日本av视频.
Associated Areas
