Calculation of Flight Vehicle Main Support Wheel Vibrations Taking into Account Brake Forces

V. S. Metrikin; M. A. Peisel

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Calculation of Flight Vehicle Main Support Wheel Vibrations Taking into Account Brake Forces

机译：考虑制动力的飞行器主支撑轮振动计算

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A model of the main support of the aircraft landing gear is presented and its dynamics is studied using the equations for the distributed motion of a wheel equipped with a brake. Stability of the support wheel rolling motion is analyzed and the brake parameter values which may cause stability loss are found. The results of numerical experiments are presented.

机译：提出了飞机起落架主要支撑的模型，并使用方程式对装有制动器的车轮的分布式运动进行了研究。分析了支撑轮滚动运动的稳定性，并找到了可能导致稳定性损失的制动参数值。给出了数值实验的结果。

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《Russian Aeronautics》 |2012年第2期|共7页
作者
V. S. Metrikin; M. A. Peisel;
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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
Aircraft main support; Mathematical model; Brake device; Stability; Shimmy;

机译：飞机主支撑;数学模型;制动装置;稳定性;摆线;

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专利

1. Calculation of Flight Vehicle Main Support Wheel Vibrations Taking into Account Brake Forces [J] . V. S. Metrikin, M. A. Peisel Russian Aeronautics . 2012,第2期

机译：考虑制动力的飞行器主支撑轮振动计算
2. All-Wheel Braking Force Allocation During a Braking-in-Turn Maneuver for Vehicles With the Brake-by-Wire System Considering Braking Efficiency and Stability [J] . Lei Zhang, Liangyao Yu, Zhizhong Wang, IEEE Transactions on Vehicular Technology . 2016,第6期

机译：考虑到制动效率和稳定性的线控制动系统的车辆在转弯制动过程中的全轮制动力分配
3. Vehicle stability control with regenerative braking and electronic brake force distribution for a four-wheel drive hybrid electric vehicle [J] . Donghyun Kim, Hyunsoo Kim Proceedings of the Institution of Mechanical Engineers, Part D. Journal of Automobile Engineering . 2006,第d6期

机译：具有四轮驱动混合动力电动汽车再生制动和电子制动力分配的车辆稳定性控制
4. Antilock Brake Control System for Four-Wheel-Drive Electric Vehicle with Electro-hydraulic Braking based on Precise Control of Hydraulic Braking Force [C] . Guirong Zhuo, Hui Shen, Shenchen Wu, SAE World Congress Exhibition . 2015

机译：基于精确控制液压制动力的电液制动，对四轮驱动电动汽车的防姑式制动控制系统
5. The Application of Regenerative Braking System to the Commercial Hybrid Vehicles with All-Wheel Drive System [D] . Zhang, Yi. 2017

机译：再生制动系统在全轮驱动商用混合动力汽车中的应用
6. Avoiding the Health Hazard of People from Construction Vehicles: A Strategy for Controlling the Vibration of a Wheel Loader [O] . Feng Chi, Jun Zhou, Qi Zhang, 2017

机译：避免施工车辆对人体健康的危害：控制轮式装载机振动的策略
7. Coupled vibrations between railway vehicle wheels and a rail. Coupled vibration characteristics in the horizontal direction taking creep forces into account. [O] . Takashi AYABE, Atsuo SUEOKA, Hideyuki TAMURA 1988

机译：铁路车轮和轨道之间的耦合振动。耦合的水平方向振动特性考虑蠕变力。
8. Tubeflight Power-Demand Tests and Initial Validation of Theory: 1. Estimated Performance of Wheel-Supported Vehicles to Be Tested in Facility T-2. 2. Interpretation of Initial Tubeflight Propulsion Test Results, and Comparison with Theory. 3. Tests of Wheel-Supported Vehicles in the T-2 Facility [R] . Foa, J. V., Messina, N. A., Graham, P. A., 1969

机译：Tubeflight电力需求测试和理论的初步验证：1。在T-2设施中测试的车轮支撑车辆的估计性能。 2.初步Tubeflight推进试验结果的解释，以及与理论的比较。 3. T-2设施中车轮支撑车辆的测试

Calculation of Flight Vehicle Main Support Wheel Vibrations Taking into Account Brake Forces

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