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Aerospace Engineering and Engineering Mechanics Subjects

Aerospace Engineering and Engineering Mechanics Subjects

Aerospace Engineering and Engineering Mechanics Subjects

 DEPARTMENT OF AEROSPACE ENGINEERING AND ENGINEERING MECHANICS

Subjects covered.

The course work in the Department is divided into five major technical areas.  These are Biomechanics, Dynamics & Controls, Fluid Dynamics, Propulsion and Structural Mechanics.
 

Undergraduate Graduate
Aerospace design Analysis of materials behavior
Aircraft structures Applied aerodynamics
Airplane design Biomechanics
Combustion Bio fluid dynamics
Compressors Biomaterials
Continuum mechanics Biorheology
Dynamics and control Body aerodynamics
Elasticity Boundary element methods
Engineering mechanics design Cell mechanics
Fluid mechanics Combustion
Gas turbine engine design Composite materials and structures
Heat transfer Computational aeroacoustics
Numerical methods Environmental flows
Propulsion Elastic stability
Ramjets Experimental fluids
Scamjets Finite element modeling
Solid mechanics Fluid dynamics
Thermodynamics High performance computing
Turbines Inelasticity/plasticity
  Low density hypersonics
  Large space structures
  Mechanics of composite materials
  Non-destructive testing of composites
  Numerical analysis of fluid flow
  Numerical methods in engineering applications
  Orbital mechanics
  Propulsion
  Ramjets
  Scamjets
  Space structure design
  Turbojet engines
  Ultrasonics
  Wave propagation in electric media
   

Degrees granted.  The department offers the B.S. in both Aerospace Engineering and Engineering Mechanics, and the M.S. and Ph.D. degrees in Aerospace Engineering and in Engineering Mechanics.

Research focus.  In 1981, a Center of Excellence in fluid dynamics was awarded.  In 1988, the Department won an Ohio Eminent Scholar Chair in the experimental fluid mechanics area.  Through the Ohio Board of Regents Research Challenge Funds, the Institute of Computational Mechanics was established to carry out multidisciplinary research.  At the graduate level, there is a strong emphasis on numerical methods in the area of computational mechanics.
 

Dorothy Byers
May 15, 2000

 

 

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