Andrew DeJong

Andrew DeJong
Adjunct Faculty
Engineering
NH 256
andrew.dejong@calvin.edu
Curriculum Vitae

Education

BS - Calvin College, engineering with honors in a mechanical concentration, 2010
MS - The George Washington University, design of dynamic systems, 2012
PhD - The George Washington University, computational fluid dynamics, 2016

Professional experience

2013-2016: Manuscript Reviewer, ASME PVPC, J Fluid Eng, and J Fluid Struct
2009-Present: Member, American Society of Mechanical Engineers
2012-2017: Regional Science and Engineering Fair Judge, American Society of Mechanical Engineers
2009-2010: Calvin College Student Chapter President, American Society of Mechanical Engineers

Publications

Leasca and DeJong, Roughness Wall Modeling for Naval Applications in
CREATE-AV Kestrel as Modified by NSWCCD, AIAA-2023-0642, 2023 AIAA SciTech
Forum
Jemison, White, DeJong, Kannepalli, Wilson, Engel, and Starr, A Prototype
Incompressible, Pressure-Based Solver for Free-Surface Flows in CREATE-AV
Kestrel, AIAA-2023-0643, 2023 AIAA SciTech Forum
ASME Fluid Engineering Division’s Robert T Knapp 2020 Award, for 2018 ASME
FEDSM paper by Aram and DeJong.
Aram and DeJong. Numerical Comparison Between Steady and Sweeping Jets for
Active Flow Control Applications. ASME 2018 5th Joint US-European Fluids
Engineering Division Summer Meeting (2018)
DeJong and Liang. Parallel spectral difference method for predicting 3D
vortex-induced vibrations. Computers and Fluids 98 (2014) 17-26
Best Presentation Award, 2014 Grad-Student and Post-Doc Showcase Symposium,
University of Maryland
DeJong and Liang. 3D spectral difference solver for simulating vortex-induced
vibrations of circular cylinders. AIAA-2013-2455, 21st AIAA Computational Fluid
Dynamics Conference (2013)
Diskint, Spinella-Mamo, DeJong, Tejada, and Keating. Medical flow rate monitor
and method of use. WIPO Patent Application PCT/US2013/031107. Publication
Number WO2013138537 (2013)
Liang and DeJong. Massively parallel spectral difference solver for simulating
vortex-induced vibrations of circular cylinders. IMECE2012-93334, ASME
International Mechanical Engineering Congress & Exposition (2012)

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