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Higher Approximations in Aerodynamic Theory
Volume 2221 in the series
Princeton Legacy Library
- Language: English
- Publisher: Princeton University Press
- Copyright year: 1960
- Audience: Professional and scholarly;College/higher education;
- Pages
- Main content: 156
- Keywords: Approximation; Airfoil; Mach number; Aerodynamic center; Perturbation theory (quantum mechanics); Supersonic speed; Aerodynamic force; Entropy; Drag coefficient; Rate of convergence; Projectile; Pressure coefficient; Potential flow; Aerodynamics; Plane wave; Vortex sheet; Mass flow; Speed of sound; Pressure gradient; Oblique shock; Continuity equation; Quantity; Perturbation theory; Velocity; Relative velocity; Reynolds number; Equations of motion; Critical Mach number; Order of accuracy; Calculation; Length scale; Hypersonic speed; Critical velocity; Lift coefficient; P-wave; Convection; Physical plane; Harmonic function; Cylinder (geometry); Jet propulsion; Series expansion; Integral equation; Bessel function; Acoustic wave; Acceleration; Heat capacity ratio; Conservative vector field; Two-dimensional space; Acoustic theory; Perfect gas; Compressibility; Fineness ratio; Angle of attack; Angular displacement; Internal energy; Coefficient; Logarithmic scale; Equipotential; Atmospheric pressure; Order of approximation; Power law; Linearization; Vorticity; Resultant force; Amplitude; Boundary layer; Enthalpy; Surface pressure; Incompressible flow; Kelvin's circulation theorem; Wave; Transport phenomena; Compressible flow; Extrapolation; Order of magnitude; Stall (fluid mechanics); Spherical coordinate system; Linear differential equation; Radius of convergence; Cylindrical coordinate system; Reflection coefficient; Prediction; Ordinary differential equation; Standing wave; Proportionality (mathematics); Heat capacity; Dimension; Theory; Transonic; Boundary layer control; Pressure; Differential equation; Asymptotic formula; Energy flux; Potential theory; Wave power; Numerical integration; Pythagorean theorem; Percentage Change; For All Practical Purposes
eBook
- Published: December 8, 2015
- ISBN: 9781400877706
