1) computational mode of moment of resistance
阻力矩计算模型
1.
The computational mode of moment of resistance acted on bit was established,which described influence of weight on bit, bit diameter and rock property on moment of resistance.
对单牙轮钻头在井底工作过程中的受力进行了分析,在此基础上建立了单牙轮钻头所受阻力矩计算模型,该模型反映了钻压、钻头尺寸、岩石性质等因素对阻力矩的影响。
2) damping moment calculation model
阻尼力矩计算模型
1.
The design of vane MRF damper which based on conventional vane hydraulic damper is briefly introduced,and the damping moment calculation model is deduced on the basi.
基于流体的平行板流动模型和MRF的Bingham模型,建立了叶片式MRF减振器的阻尼力矩计算模型。
3) computational model for formation resistance
地层阻力计算模型
4) torque calculation model
扭矩计算模型
1.
A torque calculation model of the cutter head in a test shield tunneling machine was presented based on the analysis of the factors and elements of the cutter head torque of the earth-pressure-balance tunneling machine,and its simulation model was built by AMESim soft.
在模拟盾构平台上,试验研究了盾构刀盘驱动扭矩在不同土层的特性以及刀盘扭矩与刀盘开口率的关系,与仿真结果基本一致,验证了扭矩计算模型的正确性并通过修正系数改进了该模型。
5) computed torque
计算力矩
1.
A cascaded cerebellar model articulation controller (CMAC) compensation term is introduced based on computed torque structure.
在计算力矩结构的基础上引入一个层叠小脑模型(CMAC)补偿控制项,利用层叠结构CMAC分层学习的特性调整网络泛化和逼近能力,并从理论上分析了网络的收敛性。
6) computed-torque
计算力矩
1.
The paper discusses computed-torque based method and application of TMS 32020 for roboticdynamic control on the basis of analyzing manipulator dynamic behaviour and simpling model.
本文在分析机器人动力学行为得到简化模型的基础上，讨论了基于计算力矩法的机器人动力学控制，将ＴＭＳ３２０２０用于机器人动力学控制中，为机器人的动力学控制和其他研究提供了一条新的路径。
2.
Its controller includes the computed-torque controller based on nominal model and a robust compensator based on uncertain parameters.
控制器由基于标称模型设计的计算力矩控制器和基于不确定性因素设计的鲁棒跟踪补偿控制器组成,结构比较简单。
补充资料：纯轧力矩(见轧制力矩)
纯轧力矩(见轧制力矩)
net rolling torque
ehunzha iiju纯轧力矩(net rolling torque)见轧制力矩。
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