![Jeffrey Doom](/sites/default/files/styles/teaser_image_/public/Doom%2C%20Jeffrey.jpg?itok=31QNon4_)
Jeffrey Doom
Associate Professor
Biography
Dr. Jeffrey Doom, associate professor of mechanical engineering at SDSU, is an expert in the development of numerical algorithms and large-scale LES and DNS in computational fluid dynamics (CFD). Dr. Doom鈥檚 research is to develop high fidelity simulation tools using high performance computing (HPC) related to energy power systems (gas turbines and internal combustion engines). His interests are in computational fluid dynamics, combustion, heat transfer, multi-phase flows, numerical analysis, biofilms and high-performance parallel computing. Dr. 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 - Internal Combustion Engines
- ME 413/513 - Turbomachinery
- ME 431/531 - Aerodynamics
- ME 437/537 - Gas Dynamics
- ME 735 - Modeling and Simulation
Committees and Professional Memberships
- American Institute of Aeronautics and Astronautics (AIAA)
Research and Scholar Work
Areas of Research
- Combustion
- Computational fluid dynamics
- Heat transfer
- Multi-phase 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, SDSU, Undergraduate research, 葫芦影业.
- Michna, G., Doom.J., 鈥淯ndergraduate Research: Experimental and Numerical Investigation of Jet/Crossflow Interaction鈥, Sponsored by Scholarly Excellence funds, SDSU, Undergraduate research, 葫芦影业.
- 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, SDSU, Undergraduate research, 葫芦影业.
- Kimn, J.H. (Principal), Doom, J. (Co-Principal), "Implementing Parallel Numerical Procedures for 3+1 Turbulence Simulations," Sponsored by Scholarly Excellence funds, SDSU, Undergraduate research, 葫芦影业.
Associated Areas