Aerodynamics, Combustion and Aero-Structural Interaction

Focus Areas

  • Wind Engineering
  • Aircraft Icing
  • Computational and Experimental Fluid Dynamics
  • Rotorcraft
  • Propulsion

Associated Faculty

Paul Durbin
Turbulence and fluid dynamics of transition
Analytical models, theory, computer simulations of complex flows

Hui Hu
Advanced flow diagnostics and instrumentation
Aircraft icing physics and anti-/de-icing technology
Bio-inspired aerodynamics and unsteady vortex flows and control
Wind energy and wind turbine aeromechanics
Valery Levitas
Stress- and strain-induced phase transformations and chemical reactions
Theoretical and computational nano- and micromechanics
Mutliphysics theory and modeling
Ganesh Rajagopalan
Computational fluid dynamics
Simulation of flow through rotors
Aerodynamics of helicopters and wind turbines
Wind energy conversion systems
Alric Rothmayer
Pertubation methods
Computational fluid dynamics
Strong interaction and flow separation
Multiphase flow

Aircraft icing

Partha Sarkar
Wind Engineering/Wind Energy
Wind tunnel simulations of ABL and unconventional winds (e.g. tornado, microburst) for wind loads; aeroelasticity (flutter) of civil and aero structures
Aerodynamic/dynamic loads and response of wind turbines
Anupam Sharma
Aero acoustics: turbo machinery fan noise
Wind turbine aerodynamics and aero acoustics.
High performance computing
Thomas Ward III
Microfluidics for heat and mass transport
Micro scale devices for heat transfer
Electronic flapping devices
Potential flow in porous media
Multiphase/granular flow


Aerospace Engineering Hours

Howe Hall building open hours (link)

Main office summer hours (through August 12): 7:30 a.m. – 4 p.m.

Advising Offices: The offices (2620 Howe) are open for both virtual and in-person appointments. Students can schedule an advising appointment through the Navigate Student app.

Howe Hall emergency contact: Jim Benson, Building Supervisor, 515-294-4946