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Mechanical and Aerospace Engineering

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Nitzsche, Fred

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Home / Research / Nitzsche, Fred

Research
Smart helicopter and gas turbine blades; active vibration and noise reduction in helicopters, gas turbine and turboprop aircraft; reducing buffeting of vertical fins in fighter aircraft; improved performance of fighters at high angles of attack; stability of fly-by-wire aircraft; flutter analysis in the transonic regime.

Application
Reduction of noise and vibration in aircraft brings great improvement in usability and reduced environmental impact in both civilian and military applications. The new technology of active (or smart) structures is very helpful in this effort.

Activities

  • Leader, Rotorcraft Research Group (Carleton University)
  • Chair, technical sessions at numerous international conferences
  • Guest lectures at MIT, University of Rome III, University LaSapienza (Rome), DLR (German Aerospace Centre), University of Sao Paulo (Brazil), Swiss Federal Laboratories
  • Member of AIAA (American Institute of Aeronautics and Asgronautics) Structural Dynamics Technical Committee
  • Member of the International Organizing Committee of ICAST (International Conference on Adaptive Structures Technologies).

Journal Articles

G. Coppotelli, P. Marzocca, F.D. Ulker, J. Campbell, and F. Nitzsche (2008), “Experimental Investigation on the Modal Signature of the Smart Spring/Helicopter Blade System of the SHARCS Project,” AIAA Journal (publication pending).

M. Belajewicz, F. Nitzsche, and D. Feszty (2008), “On the Application of Multi-Input Volterra Theory to Nonlinear Multi-Degree-of-Freedom Aerodynamic Systems,” AIAA Journal (publication pending).

M. Ghorashi, and F. Nitzsche (2008), “Steady State Nonlinear Dynamic Response of a Composite Rotor Blade Using Implicit Integration of Intrinsic Equations of a Beam,” International Review of Aerospace Engineering (IREASE) (publication pending).

M. Ilie, F. Nitzsche, and E. Matida (2007), “Aerodynamic and Aeroacoustic Investigations of Airfoil-Vortex Interaction using Large Eddy Simulation,” AIAA J. (publication pending).
Conference Publications

D. Feszty, F. Nitzsche, K. Khomutov, B. Lynch, A. Mander, and F.D. Ulker, “Design and Instrumentation of the SHARCS Scaled Rotor with Three Independent Control Systems,” 64th Annual Forum, Apr 2008.

Recent News

  • New Fellows in the Canadian Academy of Engineering
  • Biomedical Robot Development in the Department of Mechanical and Aerospace Engineering
  • Robotic Mapping at the CANMET Experimental Mine
  • 2010 Wilbur Deutsch Memorial Award


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