A simulation study of curved, descending, decelerating, landing approaches for transport aircraft
James E. Dieudonne, R. D. Grove, George G. Steinmetz
Abstract
James E. Dieudonne, R. D. Grove, George G. Steinmetz
Abstract
A system which is capable of controlling an aircraft automatically along a curved, descending, decelerating approach was described. A simulation study was conducted to determine the necessary modifications to the basic flight-proven control system. This basic system is presently being used to accomplish straight-in automatic landing approaches on a short-haul transport aircraft (B-737 terminal configured vehicle). This study shows that both 3 deg (normal) and 5 deg (steep) approaches could be accomplished with only minor modifications to the basic control system.
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A system which is capable of controlling an aircraft automatically along a curved, descending, decelerating approach was described. A simulation study was conducted to determine the necessary modifications to the basic flight-proven control system. This basic system is presently being used to accomplish straight-in automatic landing approaches on a short-haul transport aircraft (B-737 terminal configured vehicle). This study shows that both 3 deg (normal) and 5 deg (steep) approaches could be accomplished with only minor modifications to the basic control system.
Key concepts: Terminal (telecommunication), Aerospace engineering, Control system, Computer science, Simulation, Engineering, Aeronautics, Electrical engineering