Twelve essays by leading researchers provide a clear introduction to the basic principles, design, and applications of flight simulators. Among the topics covered are basic principles of flight dynamics, the simulation of aircraft systems, structures and cockpit systems, visual and motion systems, and instructor facilities. Other subjects discussed include the integration, testing, and acceptance of simulators and their use as a research and training tool.
Какво казват хората - Напишете рецензия
Не намерихме рецензии на обичайните места.
A short history of the flight simulator
Mathematical models for flight simulation
Simulation of aircraft systems
Structures and cockpit systems
Integration testing and acceptance
The flight simulator as a research tool
The flight simulator as a training device
acceleration achieved aerodynamic aeroplane aircraft attitude aircraft systems airlines analogue angle angle of attack arc minutes attitude Aviation axes axis system basic behaviour cockpit components configuration control loading crew data base defined detail device display drive dynamic effect electronic elements engine environment equations equipment ESDU evaluation example facilities flight control flight deck flight simulator force frequency function hardware hydraulic inputs instructor instructor's station instruments integration interface lift coefficient Link Link Trainer loop malfunctions manoeuvres military monitoring motion cues motion platform motion system navigation operation output Panavia Tornado parameters performance phase pilot polygons position potentiometer produce proprioceptive radar range real-time representation resolution response runway sensors signals simulated aircraft simulator manufacturer stability aircraft switches target task techniques terrain trainer training simulators typical velocity visual simulation visual system