对理解和设计全液压推土机传动系统、提高其作业效率和经济效益，都有一定的意义。
All th ese are beneficial to understand and design drive system of fully hydraulic system and to increase its productivity and economical effectiveness.
对全液压推土机的行走驱动系统参数匹配进行分析探讨，并对匹配控制进行了分析研究。
The match of parameter in the full hydraulic driving system of bulldozer have been analyzed and discussed in this text, and the control of the match has been studied.
研究了全液压推土机液压行驶驱动系统的关键技术参数——滑转率、效率、牵引比和比功率；
The key parameters of bulldozers' traveling hydraulic system, the slip ratio, the efficiency of the hydraulic system, power-to-weight ratio and force-to weight ratio, are studied.
讨论液压驱动系统参数选择的重要性，为全液压推土机液压驱动系统参数设计计算提供依据。
Importance to rationally select parameters of hydraulic drive system is emphasized. All these presents a basis for parameter design and calculation of hydraulic drive system of dozers.
根据液压系统设计和分析的需要，在VB的平台上开发了全液压推土机驱动系统计算机辅助设计软件。
By the request of the design and analysis of the hydraulic, based on the VB, the Computer-Aided-Software of the drive system of the full hydraulic bulldozers has been developed.
介绍了全液压推土机行走控制的关键技术，重点给出了行走方向与速度控制及功率自适应控制等主要环节的控制策略和控制方法。
The key techniques of hydraulic bulldozer travelling control are introduced. The control strategies and algorithms of direction and velocity control, and power self-adaptive control are developed.
介绍了全液压推土机行走控制的关键技术，重点给出了行走方向与速度控制及功率自适应控制等主要环节的控制策略和控制方法。
The key techniques of hydraulic bulldozer travelling control are introduced. The control strategies and algorithms of direction and velocity control, and power self-adaptive control are developed.
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