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High Speed Problems of Aircraft and Experimental Methods
- Edited by:
Volume 2421 in the series
Princeton Legacy Library
- Language: English
- Publisher: Princeton University Press
- Copyright year: 1961
- Audience: Professional and scholarly;College/higher education;
- Pages
- Main content: 1024
- Keywords: Mach number; Wind tunnel; Aircraft; Measurement; Aeroelasticity; Aerodynamic force; Temperature; Free flight (model aircraft); Angle of attack; Boundary layer; Supersonic speed; Flight test; Aspect ratio (aeronautics); Supersonic airfoils; Aerodynamic center; Phase lag (rotorcraft); Supersonic aircraft; Supersonic wind tunnel; Hypersonic wind tunnel; Static pressure; Acceleration; Aerodynamics; Aerodynamic heating; Airplane; Reynolds number; Airfoil; Dihedral (aeronautics); Nozzle; Airspeed indicator; Jet damping; Aerodynamic drag; Wing loading; Jet propulsion; Wing tip; Aircraft principal axes; Aileron; Chord (aeronautics); Flight dynamics; Inertia coupling; Wing twist; Large aircraft; Pilot fatigue; Lift coefficient; Flight control surfaces; Aeronautics; Hypersonic flight; Quantity; Turboprop; Rocket engine; Slip (aerodynamics); Aerospace engineering; Drag equation; Hypersonic speed; Flight instruments; Drag coefficient; Calculation; Turbojet; Horizontal plane; Wing configuration; Jet Propulsion Laboratory; Loiter (aeronautics); Time of flight; True airspeed; Pressure altitude; Airframe; Moment of inertia; Swept wing; Polar moment of inertia; Liquid-propellant rocket; High impedance; Differential equation; Vertical plane; Transonic; Critical Mach number; Instrument landing system; Shock tube; Impact pressure; High pressure; Model aircraft; Cruise (aeronautics); Equations of motion; Commercial aviation; Axial compressor; Speed of sound; Fuselage; Coefficient; Free flight (air traffic control); Slow flight; Deformation (engineering); Acoustic radiation pressure; Altitude; Autopilot; Air launch; Degrees of freedom (mechanics); Compressor characteristic; Mach wave; Dynamic pressure; Bureau of Aeronautics; Propeller; Transport phenomena
eBook
- Published: December 8, 2015
- ISBN: 9781400875030
