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Study on Rollover Prevention of Heavy-Duty Vehicles by Using Flywheel Energy Storage Systems

机译:利用飞轮储能系统防止重型车辆侧翻的研究

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This paper deals with rollover prevention of a vehicle using a flywheel. The authors have been proposed to use a flywheel as a stabilizer for a heavy vehicle by using gyroscopic effect. A typical flywheel is composed of a rotating disk and gimbals which absorb the gyroscopic effect while supporting the rotor. To produce the gyroscopic effect to stabilize the heavy vehicle, the proposed system constrains a gimbal when the roll of the vehicle becomes large and reach beyond the threshold value. The stability of the heavy vehicle with the proposed flywheel system is examined by multibody dynamics simulations and the experiment. It was found that the proposed control system is effective for rollover prevention.
机译:本文涉及使用飞轮防止车辆的侧翻。已经提出通过陀螺效应将飞轮用作重型车辆的稳定器。典型的飞轮由转盘和万向节组成,万向节在支撑转子的同时吸收陀螺效应。为了产生陀螺效应以稳定重型车辆,当车辆的侧倾变大并且超过阈值时,所提出的系统限制万向架。通过多体动力学仿真和实验研究了带有拟议飞轮系统的重型车辆的稳定性。发现所提出的控制系统对于防止侧翻是有效的。

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