吸能系统涡流制动器模型研制

Arunesh Kumar Singh, Ibraheem
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引用次数: 6

摘要

飞机拦阻屏障系统(AABS)是一种非常重要的拦阻系统,用于拦阻中途起飞和紧急降落的作战飞机。该系统安装在跑道末端附近。吸能系统(EAS)是AABS的重要子系统之一。在传统的EAS系统中,对飞机紧急拦阻运行过程中的能量吸收没有控制。它本质上是高度非线性的,这些是根据飞机的容量安装的。为了克服这个问题,我们可以采用涡流制动系统(ECBS)作为能量吸收器。在ECBS中,制动力矩高且可控,使得飞机的任何重量都可以停止。本文设计并研制了用于AABS吸能系统的涡流制动器样机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Model development of eddy current brakes for Energy Absorbing System
Aircraft Arrester Barrier Systems (AABS) are very important for the purpose of arresting combat aircrafts due to aborted take-off and emergency landings. This system is installed near the end of runways. Energy Absorbing System (EAS) is one of the important subsystems of AABS. There is no control on energy absorption during operation of an aircraft emergency arrestment in conventional EAS. It is highly nonlinear in nature and these are installed as per the capacity of the aircraft. To overcome this problem, we may use the eddy current braking system (ECBS) for the energy absorber. In proposed ECBS, braking torque is high and controllable so that any weight capacity of aircraft can stop. In this paper, the prototype of eddy current brakes has been designed and developed for energy absorbing system of AABS.
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