UC知道把此段英文文献翻译成汉语
来源：百度知道 编辑：UC知道 时间：2024/05/30 23:18:24
RESULTS AND DISCUSSION
The friction coefficient varies with velocity and temperature according to equation (7). Figure 5 shows this variation, which is included in the simulation model. The results from the simulation are compared with results from an engagement test in a wet clutch test rig [6], where the rotational speed ω is linearly increased from 1 to 100 r/min in 10 s. The maximum rotational speed of 100 r/min gives a maximum surface speed of 0.59 m/s at the outer radius of the friction discs. The
test is normally carried out at nominal pressures in the range of 4–10 MPa, computed on the total surface area of the contact spots. This gives a nominal pressure on
The friction coefficient varies with velocity and temperature according to equation (7). Figure 5 shows this variation, which is included in the simulation model. The results from the simulation are compared with results from an engagement test in a wet clutch test rig [6], where the rotational speed ω is linearly increased from 1 to 100 r/min in 10 s. The maximum rotational speed of 100 r/min gives a maximum surface speed of 0.59 m/s at the outer radius of the friction discs. The
test is normally carried out at nominal pressures in the range of 4–10 MPa, computed on the total surface area of the contact spots. This gives a nominal pressure on
只可意会不可言传The摩擦系数随速度和温度变化根据式(7)。 图5显示这变异，在模仿模型包括。 从模仿的结果与从订婚测试的结果比较在一套湿传动器测验装置[6]，其中旋转的速度ω从1线性地增加到在10秒.的100 r/min。 100 r/min的最大旋转的速度给0.59 m/s的最大表面速度在摩擦圆盘的外面半径。
test通常被执行以公称压力在4–10 MPa范围内，计算在联络斑点的总表面积。 这给一个公称压力