Research On Simulation Of Braking Performance Of Carrier Aircraft Tracting System

In this era, the aircraft carrier is a symbol of power and status for a country.In this era ofaircraft carrier, aircraft carrier has been developed to ever higher level. Rodless tractor willplay a pivotal role as the main method for traction on the deck.Study on the breaking stability in-depth is not only important to the match of aircraft andtractor on the deck, but also practically significant to insure the security of the tractionsystem.This paper studies the braking stability of tractiing system based on the theory andmethods and provides theoretical support and technical reference for the research for thebraking stability of tracting system.This paper analyzes the domestic and foreign research onthe breaking performance of the rodless tracting system, builds the simulation platform toanalyze the breaking performance and researches on the method for breaking force control.First, this paper proposes the research scheme. Second, this paper analyzes the externalconditions and establish the traction system model on the deck. Third, this paper analyzes thelinear braking performance and steering breaking performance of the traction systemmodel.The impact of the different sea conditions and different initial speed, the impact of theinherent parameters of the traction system such as braking force distribution will be allconsidered. Forth, this paper establish the pressure control system model on the air brakesystem using the PID controller, sliding mode controller and fuzzy controller respectively. Atlast, this paper establish the human-computer interaction interface to set the simulationparameters and view the results conveniently. Further more, the tractor driver training systemwould be constructed.