2) meshing force
啮合力
1.
Calculation and simulation of gear meshing force based on virtual prototyping technology;
基于虚拟样机技术的齿轮啮合力的计算与仿真
2.
The meshing force of the gearbox was computed by writing the sub-routing of contact force and the shifting process was realized through script control.
利用UG二次开发功能建立变速箱的CAD模型,在ADAMS／VIEW内通过装配建立模型的虚拟样机模型;通过编写接触力计算子程序实现了轮齿啮合力的计算,结合脚本控制语句实现了变速换挡过程的仿真。
3.
In order to obtain the data of dynamic meshing force of involute gears in meshing transmission process , computer simulation of involute gears meshing transmission simulation is proposed on the basis of MSC-ADAMS software.
为了获得渐开线齿轮啮合传动过程中的动态啮合力,提出了一种在MSC-ADAMS平台上的计算机仿真方 法。
3) mesh impulsive force
啮合冲力
4) Engaging power
啮合力
1.
The engaging power of the pump was zero.
结果表明该泵具有流量大、流量脉动小、工作轮齿间无啮合力、运行平稳、噪声低、机械效率高及径向间隙可以自动补偿等诸多优点。
5) engaging movement
啮合运动
1.
A formula for the calculation of die based on forging configuration is deduced by the analysis of engaging movement between roll die and forged workpiece,and the formula is verified experimentally.
通过对辊锻模具与锻件的啮合运动分析，推导出了由锻件轮廓方程确定模具型槽方程的理论公式，并通过试验对孩公式进行了验证。
6) dynamic engagement load
啮合动载
补充资料：啮合
咬合；像上下牙齿那样咬紧：齿轮错位，无法啮合。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条