Next:
Preface to Oblique Shock
Up:
gasDynamics
Previous:
Summary
Index
Oblique Shock
Subsections
Preface to Oblique Shock
Introduction
Introduction to Oblique Shock
Introduction to Prandtl-Meyer Function
Introduction to Zero Inclination
Oblique Shock
Solution of Mach Angle
Upstream Mach number, M1, and deflection angle, δ
The simple procedure
The Procedure for Calculating The Maximum Deflection Point
The case of D >= 0 or 0 >= delta
Upstream Mach Number, M1, and Shock Angle, θ
Given Two Angles, δ and θ
Flow in a Semi-2D Shape
Small δ ``Weak Oblique shock''
Close and Far Views of the Oblique Shock
Maximum Value of Oblique shock
Detached Shock
Issues Related to the Maximum Deflection Angle
Oblique Shock Examples
Application of Oblique Shock
Optimization of Suction Section Design
Retouch of Shock or Wave Drag
Summary
Appendix: Oblique Shock Stability Analysis
Next:
Preface to Oblique Shock
Up:
gasDynamics
Previous:
Summary
Index
genick 2007-11-21
