David S. Miklosovic, Assistant Professor

Go back to my homepage My educational bio My research projects Some of my published work The courses I teach A little bit of personal information

 

 

 

 

 

 

 

 


2001–Present   Assistant Professor, Aerospace Engineering, United States Naval Academy, Annapolis, Maryland

  • Vortex ring entrainment at low Reynolds numbers
  • Vortex lattice analysis techniques and applications
  • "Historical" applied aerodynamics of the Wright Brothers wind tunnel test program
  • Propeller/rotor analysis and testing
  • Unsteady effects of ship airwakes (DD-963)
  • Multiple-winglet configurations, analysis and testing
  • Autorotational aerodynamic decelerator performance analysis and design
  • Surface finish effects on wing aerodynamics
  • Arrayed leading edge micro-spoilers for aircraft control
  • Airfoil design, analysis, and testing
  • Experimental facility design and instrumentation (wind tunnels, rotor lab)
  • Non-traditional experimental and applied aerodynamics (non-Newtonian fluids, humpback whale flippers)

2001   Postdoctoral Research Professor, Fluids Laboratory, United States Naval Academy, Annapolis, Maryland

  • Leading edge spoilers for aircraft control

1999–2000   Postdoctoral Research Associate, The Ohio State University, Columbus, Ohio

  • Experimental aerodynamics of multiple-winglet configurations

1999   Engineering Litigation Consultant, Marks, O'Neill, Reilly, O'Brien, and Courtney, P.C., Philadelphia

1990–1999   Graduate Research Associate, Aero/Astro Research Laboratory, The Ohio State University, Columbus, Ohio

  • Development of the Large-Scale Rotor Testbed for modeling non-Newtonian flow through a 9X centrifugal left ventricular assist device
  • Viscosity characterization of non-Newtonian blood analog fluids
  • Development of the computer-controlled Wake Interactive Survey Probe for wind tunnel testing; delta wing vortex flow and wind turbine airfoil wake tests.

1993–1995   Research Scientist, Battelle Memorial Institute, Columbus, Ohio

  • Ray-tracing techniques for solid model-based thermal network analysis
  • Near-IR spectrum thermal imaging for visualizing boundary layer transition and the propagation of methane combustion plumes
  • Bidirectional reflectance distribution function modeling for IR signature simulation and validation of experimental “sensor fusion” techniques

1989–1990   Engineering Intern, Aerodynamics Research Department, The Boeing Company, Seattle, Washington

  • Computational trade studies of “heavy gases” for wind tunnel testing
  • Wind tunnel heat rejection analysis for cooling tower development

1985–1988   Aerospace R&D Intern, Turbomachinery Technology Branch, NASA Glenn Research Center at Lewis Field, Cleveland, Ohio

  • Dynamic wall shear measurements in high-speed axial compressors