Fluid dynamicsSpringer, 1959 - Fluid mechanics |
Contents
Analytical Theory of Subsonic and Supersonic Flows By Professor Dr MENAHEM | 1 |
Théorie des ondes de choc Par HENRI CABANNES Professeur de Mécanique Générale | 162 |
B Les ondes de choc dans les écoulements stationnaires | 170 |
Copyright | |
21 other sections not shown
Other editions - View all
Methods of Experimental Physics: Fluids dynamics, Volume 18, Part 2 L. Marton,Raymond Jay Emrich No preview available - 1981 |
Common terms and phrases
aerofoil analytic analytic function approximation asymptotic axis boundary conditions boundary value problem calculations cavitation cavitation number characteristic coefficient compressible fluid consider const constant corresponding curve derivatives detachment determined écoulements équations finite flow past flow plane footnote formula free boundary free stream free streamline free surface Hence hodograph hodograph plane incompressible incompressible fluid flow infinite cavity infinity integral l'équation l'obstacle l'onde de choc linear Mach lines Mach number Math Mech method motion nombre de Mach obstacle obtain parameter partial differential equation pressure région satisfies Sect segment shock simple wave singular solution of Eq speed stagnation point stream function subsonic suivante supersonic flow theorem theory tion transonic two-dimensional uniqueness valeur variables velocity potential vitesse ди ду дф дх