1) high-elastic shaft coupling
高弹联轴器
1.
CENTAMAX-G high-elastic shaft coupling was applied on M11 diesel gensets.
介绍了CENTAMAX-G高弹联轴器在M11柴油发电机组上的应用。
2) highly flexible coupling
高弹性联轴器
1.
This paper discusses the accident in which the flexible pole of the highly flexible coupling for a high speed vessel broke, analyzes the accident, describes the reasons for breakage and puts forward requirements during design, installation and inspection.
本文通过对某高速船高弹性联轴器挠性杆发生断裂着手,对其进行了原因分析,阐述了发生高弹性联轴器挠性杆断裂的原因,并提出了在设计、安装和检验中的要求。
2.
In this paper,ABAQUS simulation software is used to establish the simulation model of rubber element of a certain type of highly flexible coupling.
采用ABAQUS仿真软件建立某型高弹性联轴器橡胶弹性元件的仿真模型,对其在工作状态时的轴向力和轴向位移进行分析,仿真分析结果与经典Rivlin橡胶扭转理论计算的结果相比较具有很好的符合性。
3) high-elastic coupling
高弹性联轴器
1.
The exploitation and study of plastic alloy high-elastic coupling test rig;
塑料合金高弹性联轴器试验台的开发研究
2.
With high elastic mould , strong ability of resist assault, the plastic alloy high-elastic coupling can overcome the problem of ordinary metal material coupling because of their high rigidity and hardness, such as vibration, noise, rub, wear and tear, impulsion, bad dependability and short life-span, it will e.
具有高弹性模量、抗冲击能力强的塑料合金高弹性联轴器可克服普通金属材料联轴器由于其高刚度、高硬度而引起的机械传动系统中振动、噪声、摩擦、磨损、冲击、可靠性差和寿命较短等问题,可广泛运用到各类机械、船舶、石油、化工、矿山及有关武器装备等领域,从根本上解决动力传动系统中所存在的相关问题。
4) high elastic coupling
高弹性联轴器
1.
With continuous development of shipbuilding technology,there appears high and higher demands on the safety,reliability and comfort ability of ship power plant,and more and more ships have been equipped with high elastic coupling to solve the problem of vibration and noise.
随着造船技术的发展,人们对动力装置系统运行的安全性、可靠性和舒适性的要求越来越高,越来越多的船舶在动力装置中选用高弹性联轴器来解决轴系的振动与噪声问题。
5) high elastic coupling
矿用高弹性联轴器
1.
Research on dynamic performance of a novel high elastic coupling to be used in mines;
一种全新矿用高弹性联轴器动态性能的研究
6) highly flexible clutch coupling
高弹性离合联轴器
补充资料：半硬壳式弹体(见弹道导弹弹体)
半硬壳式弹体(见弹道导弹弹体)
semi-hard-shelled missile body
bQn yingkeshi dan桩半硬壳式弹体(semi一hard一shelled、ssilebody)见弹道导弹弹体。
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