MECH 594

Course Handouts
o The Material Derivative in Fluid Mechanics
o MECH 371 Crib Sheets
o Vector Algebra and Calculus Crib Sheets
o Potential Flow
o Conformal Mapping
o Derivation of the Thermal Energy Equation in Differential Form
o Dimensional Analysis and Similarity
o Low Reynolds Number Approximation, Couette Flow, and Creeping Flow
o Lubrication Theory - Slider and Journal Bearings
o Derivation of the M.I.E. and the Displacement and Momentum Thicknesses
o Derivation of the Falkner-Skan and Blasius Equations
o Boundary Layer Simulators in JAVA
o Special Form of the Continuity Equation
o Linearized Supersonic Airfoil Theory
o Supersonic Flow About an Airfoil Using Linear and Nonlinear Theory
o The Prandtl-Glauert Rule
o Transonic Airfoil Theory
o Performance Parameters of Various General Aviation Aircraft
o Introduction to Aircraft Performance Material from Prof. J.F. Marchman (VPI & SU)
o Introduction to Computational Aerodynamics Material from Prof. W.H. Mason (VPI & SU)
o Propulsion Slides
o Stability and Control
o Aircraft Design Slides
o Propeller Aircraft and Their Performance Parameters
o Airfoils from Popular Aircraft
o Calculating CDo
o Performance of the F-86's Turbojet Engine
o Bootstrapping Aircraft Parameters
o DoD Roadmap for UAVs

 
 

MECH 594 Home Page