1) resistance torque element
阻扭件
1.
The effect of the resistance torque element added in the twisting zone is studied.
研究在转杯纺加捻区中加装阻扭件,然后选用相同的棉条纺制不同捻系数的转杯纱(加装阻扭件和不加装阻扭件)和环锭纱,并测试其成纱的强伸性能、表面形态和扭转性能。
2.
The change of spun tension, the forming of resistance torque and the change of twist distribution are discussed when adding the resistance torque element in the rotor spun twist zone.
这里研究在转杯纺加捻区中加装阻扭件后,讨论分析加捻区中纺纱张力的变化,进而构成阻扭件产生的阻扭矩以及形成阻扭件前后区域捻度分布的变化并建立捻度分布模型。
2) Torque/drag
摩阻/扭矩
3) drag and torque
摩阻扭矩
1.
The mechanical model of drilling string with connectors was set up in the paper,and was analyzed by iteration method for drag and torque during drilling,pulling out,going down and back reaming.
建立考虑接头钻柱的力学模型,并用迭代法进行求解,成功地分析了考虑接头钻柱在钻进、起钻、下钻、空转及倒划眼时与井壁的接触力、摩阻扭矩,并能预测各接头处接触力的大小、方向。
2.
Based on drill string dynamics theory and system simulation software,the horizontal well s dynamic drag and torque were studied.
通过全井钻柱系统动力学模型和计算软件,以某已实施水平井为例,计算了井口至不同井段的动态摩阻扭矩,根据计算结果初步设计了多种减阻工具安放方案,完成了不同安放方案动态摩阻扭矩的计算与分析,通过分析发现动力学计算方法能较好地反应摩阻扭矩的波动情况;具体井况中减阻工具的安放数量存在一个临界值,并非越多越好;安放位置必须经过对比计算确定,合理的安放位置不仅可以有效降低摩阻,而且可以减少安放工具数量。
4) torque and drag
摩阻扭矩
1.
Calculating model of torque and drag in extended-reach well;
大位移井摩阻扭矩计算模型
2.
New Method on Calculation of Torque and Drag Based on Drilling String System Dynamics;
基于钻柱系统动力学的摩阻扭矩计算新方法
5) resistance torque
阻扭矩
1.
The change of spun tension, the forming of resistance torque and the change of twist distribution are discussed when adding the resistance torque element in the rotor spun twist zone.
这里研究在转杯纺加捻区中加装阻扭件后,讨论分析加捻区中纺纱张力的变化,进而构成阻扭件产生的阻扭矩以及形成阻扭件前后区域捻度分布的变化并建立捻度分布模型。
6) Torsional impedance
扭转阻抗
补充资料：蹩扭
1.意见不相投。 2.不顺心;不顺眼。
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