The Art and Science of Flying HelicoptersArnold, 1996 - 225 sider Training a helicopter pilot is lengthy and intense, since flying helicopters is notoriously difficult, even for experienced fixed-wing pilots. This book comprehensively covers the subject from the pilot's perspective, and is arranged in two parts. |
Indhold
More Basics of the Helicopter | 14 |
Basic Helicopter Performance | 21 |
Balance and Weight | 30 |
Copyright | |
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actuator AFCS airflow airfoil airframe angle of attack autorotation axis blade pitch Chapter climb cockpit controls collective compressor density altitude drag droop dynamic rollover effect engine failure FADEC fixed-wing aircraft flapping flare flight manual flying force forward flight fuel control fuselage governor ground groundspeed helicopter pilots hinge hover increase landing lateral cyclic lead-lag level flight lift limits load main rotor maintain maximum move N₁ N₂ needed normal nose pedals piston engine pitch attitude position power available power required power turbine pressure altitude problem rate of descent relative wind retreating blade retreating blade stall roll rate rotation rotor blades rotor disk rotor head rotor RPM rotor system sensor shaft shown in Figure side slip side wind skids slip ball speed stall stop swashplate tail rotor take-off things thrust vector tilt tip path plane torque trim turbine engine typical velocity vertical vortex ring weight