Andrew DeJong


Andrew Dejong

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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