A systematic approach to the design of a three-shaft hydromechanical transmission (HMT) is proposed.
推荐了一个系统的方法用于设计三轴线液力机械变速器(HMT)。
Hydromechanical coupling of jointed rock mass was the key point for problems of hydraulics of rock mass.
裂隙岩体的渗流应力耦合机理是岩体水力学的研究重点。
The shock absorber system works by purely hydromechanical means without the need for sensors or electronics.
减振器系统纯粹基于流体力学原理工作，不需要任何的传感器或电子装置。
Conical degree spiral packing has unique structure, and has completely different hydromechanical characteristics with the conventional packing.
锥度螺旋填料独特的结构，使其具有与常规填料完全不同的流体力学特性。
The theory basis of optimization design, parameters matching and performance analysis of hydromechanical differential turning system are provided.
从而为液压机械差速转向系统的优化设计、参数匹配及性能分析提供理论依据。
According to theoretic analysis, traditional definition of combined swirl strength cannot sufficiently reflect the hydromechanical rule of combined swirl jets.
通过理论分析表明，传统的组合旋流强度定义不能充分体现组合旋流的流体动力学规律。
The hydromechanical continuous variable transmission is a new kind transmission, in which the automatic shift could be achieved by the electronic control system.
液压机械无级变速传动可以通过电控系统实现自动换挡。
Hydromechanical transmission, four-wheel drive offer larger driving force and breakout force: light and flexible small turning radius is particularly suitable for limited field.
采用液力机械传动、四轮驱动，具备较大的驱动力和掘起力：转弯半径小，轻便灵活，尤其适合狭窄场地作业。
The hydromechanical principle was used to determine the tank structure reasonably in design. The aims of increasing sediment ability and satisfying technology index were realized.
在设计中利用流体力学的诸多原理，合理地确定槽体结构，到达了进步沉降能力，满足生产工艺指标要求的目的。
The hydromechanical principle was used to determine the tank structure reasonably in design. The aims of increasing sediment ability and satisfying technology index were realized.
在设计中利用流体力学的诸多原理，合理地确定槽体结构，到达了进步沉降能力，满足生产工艺指标要求的目的。
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