Helicopter aerodynamics
Prouty, Raymond W.
Helicopter aerodynamics Raymond W. Prouty - [1st?] ed. - Potomac Phillips Publishing - 174 p. il. byn, gráficos
Glosario e índice alfabétio, al final del libro Noticia sobre el autor p. 174
Hover power Vertical climbs and descendents Forward flight performance Blade flapping and feathering Aerodynamic environment at the rotor blade Effects of rotor flapping static stability Static stability Dynamic stability Low-speed flight High-performance takeoffs Turns, pullups, and pushovers Maneuverability and aerobatics Stretching the glide Flying qualities Accidents waiting to happen Coping with a power failure Blade tracking Preliminary design Main-rotor design Airfoils for rotor blades Tail-rotor design Horizontal and vertical stabilizers Control systems Stability augmentation systems Airspeed systems The turbine engine and the helicopter Icing and deicing Tandem-rotor helicopters Structural loads and component lives Wind-tunnel testing and simulation Helicopter noise Helicopter vibration
Helicopter aerodynamics Raymond W. Prouty - [1st?] ed. - Potomac Phillips Publishing - 174 p. il. byn, gráficos
Glosario e índice alfabétio, al final del libro Noticia sobre el autor p. 174
Hover power Vertical climbs and descendents Forward flight performance Blade flapping and feathering Aerodynamic environment at the rotor blade Effects of rotor flapping static stability Static stability Dynamic stability Low-speed flight High-performance takeoffs Turns, pullups, and pushovers Maneuverability and aerobatics Stretching the glide Flying qualities Accidents waiting to happen Coping with a power failure Blade tracking Preliminary design Main-rotor design Airfoils for rotor blades Tail-rotor design Horizontal and vertical stabilizers Control systems Stability augmentation systems Airspeed systems The turbine engine and the helicopter Icing and deicing Tandem-rotor helicopters Structural loads and component lives Wind-tunnel testing and simulation Helicopter noise Helicopter vibration