刹车性能监控

飞机刹车系统的主要功能是控制机轮刹车装置的工作，以实现飞机在地面滑行、起飞着陆时的减速或停止。该模型主要使用了刹车温度偏差最大值、PBCV作动时长监控、相邻时刻刹车温度变化量，主轮轮速最大值（着陆时），最大轮速与最小轮速差值（着陆时），用于监控刹车温度和作动时长可以帮助发现刹车系统的性能变化，优化刹车效率和缩短刹车距离，提高飞机的运行效率。

The primary function of an aircraft braking system is to control the operation of wheel brake assemblies, enabling the aircraft to decelerate or come to a complete stop during ground taxi, takeoff, and landing. This model mainly utilizes the following monitoring parameters: maximum brake temperature deviation, PBCV actuation duration monitoring, brake temperature variation between adjacent time points, maximum main wheel speed (during landing), and the difference between maximum and minimum wheel speeds (during landing). Monitoring brake temperature and actuation duration through these parameters can help detect performance changes of the braking system, optimize braking efficiency, shorten braking distance, and improve aircraft operational efficiency.

搜集汇总

背景与挑战

背景概述

该数据集是一个飞机刹车性能监控算法模型，通过分析刹车温度偏差、作动时长等指标优化刹车效率，提高飞机运行效率，由浙江长龙航空有限公司提供。