A study of electric drive of tracked vehicle is carried out for improving its flexibility in the world. 为了提高车辆的机动性能,世界各国纷纷开展电传动系统研究。
In order to improve the directional stability of remote-operated tracked vehicle, control methods for steering control system were studied. 为提高遥控履带车辆(TRVEH)的操纵稳定性,研究了转向控制系统的控制方法。
Design and Calculation of Cooling System of Electric Drive Tracked Vehicle 电传动履带车辆(TRVEH)冷却系统设计与计算
Design and Study about the Semi-suspension Control System of Tracked Vehicle 履带车辆(TRVEH)半主动悬挂控制系统设计与研究
Study on influences of tracks ' center distance to tracked vehicle's steering dynamic performance 履带中心距对履带车辆(TRVEH)转向动态性能的影响分析