转向离合器为湿式、多片粉末冶金摩擦片、弹簧压紧、液压分离。制动器为湿式、浮动、双向带式、脚踏式机械操纵。
Steering clutch: multiple-disc oil powder metallurgy disc compressed by spring. hydraulic operated. brake is oil two direction floating band brake operated by mechanical foot pedal.
转向离合器湿式、片、末冶金摩擦片、簧压紧、压分离。
The steering clutch is tighten by pressured springs and separated hydraulically with oil-type, multi-powder-metal discs.
本文提出了流固耦合温度场的有限元法，并用于湿式离合器摩擦片的温度场计算。
In the paper a finite element formulation is presented for the fluid-solid integrated temperature fields. It is used in analyzing temperature fields in the friction discs of a wet clutch.
离合器为常开式、多片湿式粉末冶金摩擦片、液压助力操纵。
Main clutch: normally opened, multi-plate, powder metallurgy friction plate and hydraulic booster control.
转向离合器为湿式、多片粉末冶金摩擦片、弹簧压紧、液压分离。制动器为湿式、浮动、双向带式、脚踏式机械操纵。
Steering clutch: multiple - disc oil powder metallurgy disc compressed by spring. hydraulic operated. brake is oil two direction floating band brake operated by mechanical foot pedal.
建立了描述湿式离合器结合过程的多状态动力学模型，通过台架试验验证了模型的正确性。
A multimode dynamic model of a wet clutch in engagement process was developed and its correctness was verified by the experiment.
湿式离合器兼容。
本发明公开了一种湿式离合器锁止啮合时的微滑摩控制方法，首先，读取当前节气门 开度和发动机转速；
The invention discloses a micro slip control method during lock-up meshing of a wet clutch, including: firstly, reading current throttle percentage and engine speed;
本发明公开了一种湿式离合器锁止啮合时的微滑摩控制方法，首先，读取当前节气门 开度和发动机转速；
The invention discloses a micro slip control method during lock-up meshing of a wet clutch, including: firstly, reading current throttle percentage and engine speed;
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