高机动履带车辆行驶啮合稳定性影响机理及仿真分析

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摘 要：本文在重点分析履带车辆推进装置啮合稳定性影响因素的基础上，通过履带车辆多体动力学仿真分析模型对其推进装置的啮合稳定性进行仿真分析，所得结果有助于履带推进装置的优化设计，为进一步提高履带车辆行驶系统的啮合稳定性奠定了基础。

关键词：履带车辆；啮合稳定性；仿真分析

On the Meshing Stability Influence Mechanism

and Simulation Analysis of High Mobility Tracked Vehicles

Wu Juan1 Hao Kui1 Xie Yanchao1 Gao Junfeng Liu Dan2

（1.Vehicle Engineering Department，Baotou Vocational & Technical College，Baotou，Inner Mongolia 014035;

2.Scientific Research Institute，Inner Mongolia First Machinery Group Co.，Ltd.，Baotou，Inner Mongolia 014032）

Abstract：Based on the analysis of meshing stability influence factors of tracked vehicles，the meshing stability of the propulsion device of tracked vehicle is simulated and analyzed by the multi-body dynamics simulation analysis model.The results obtained are helpful to the optimal design of the tracked propulsion device and lay a foundation for further improving the meshing stability of the tracked vehicle driving system.

Key words：tracked vehicles;meshing stability;simulation analysis

1 引言

履带推进装置由于其卓越的通过能力和越障能力而被广泛应用在军用、矿业、林业等领域。（剩余5110字）