Handbook of compressible aerodynamics Jean Délery

Apéndices e índice alfabético, al final del libro

Referencias bibliográficas p. 733738

Aerodynamics : aims, areas of application and current issues

Aerodynamic forces : basic definitions

Review of thermodynamics

Fundamental equations of fluid mechanics

First applications of the conservation equations

Dimensionless equations : similarity parameters

Classification of flows

Fundamental concepts of fluid mechanics

Onedimensional, nonviscous and adiabatic steady flows

Application of the onedimensional theory to the calculation of supersonic nozzles

Onedimensional flows with friction and heat transfer

Applications of the onedimensional theory to the calculation of supersonic ejectors

Discontinuity surfaces : shock wave and slip line

Oblique Shock wave and shock polar

Shock intersections or shockshock interferences

Application of the shock wave theory to supersonic air intakes

Supersonic, steady, twodimensional flows and the theory of characteristics

The numerical method of characteristics

Application of the method of characteristics to the calculation of supersonic nozzles

Flows with stock waves : rotational method of characteristics

Onedimensional, non viscous and adiabatic unstedy flows

Unsteady shock wave, contact surface, and wave reflections

Shock tube

Numerical methods for calculating unsteady flows

Some properties of transonic flows