1) ship shafting
船舶轴系
1.
Influence of mass eccentricity coupling with oil pressure on the vibration property of the ship shafting;
油膜力耦合下质量偏心对船舶轴系振动的影响
2.
Application of FEM in ship shafting alignment
有限元法用于船舶轴系校中计算
3.
Research on Occurrence and Minimizing and Obviating of Ship Shafting Torsion Vibration
船舶轴系扭振的产生及消减方法
2) marine shafting
船舶轴系
1.
Research on alignment technique for marine shafting;
船舶轴系合理校中技术研究
2.
This paper presents a comprehensive analyzing method of strain measurement and Riccatimatrix for bearing loads of marine shafting.
论述了船舶轴系轴承负荷的应变片检测与Ｒｉｃｃａｔｉ矩阵综合分析方法，该法不受尾轴轴承数量和轴系边界条件的限制，可用轴系在便于设置测点处测得几个断面的弯矩，推算出各个轴承的轴承负荷及各个轴段的弯曲应力。
3.
his paper presents a comprehensive method for analyzing dynamic characteristic experiment and theoretical calculation of marine shafting.
论述了船舶轴系动态特性的实验与理论计算的综合分析方法。
3) ship shaft
船舶轴系
1.
Research on reasonable bearing span of ship shaft;
船舶轴系的合理轴承间距的研究
2.
Numerical simulation on ship shafting mechanics condition of intermediate bearing;
中间轴承对船舶轴系力学状态影响的数字模拟
4) shipping shaft system
船舶轴系
1.
Transition matrix method in shipping shaft system alignment and its realisation by software;
船舶轴系校中传递矩阵法及软件实现
2.
This paper studied multi-bearings of sterntube bearing using the transition matrix method of shipping shaft system alignment.
船舶轴系合理校中对保证轴系长期可靠运转极为重要。
5) ship propulsion shafting
船舶推进轴系
1.
Data collecting and processing system of torsional vibration of ship propulsion shafting;
船舶推进轴系扭振数据采集及处理系统
2.
Research on the Key Points of Torsional Vibration of Ship Propulsion Shafting;
船舶推进轴系扭振若干技术问题研究
3.
On the basis of analysis of structural characteristics of large ship propulsion shafting,constructed the finite element model of the large ship propulsion shafting in consideration of the compatibility between of the ship hull and the shafting.
在分析大型船舶推进轴系结构特点的基础上,考虑船体与推进轴系的相容性,建立了大型船舶推进轴系回旋振动的有限元模型,研究了低速转子的动力学特性及陀螺效应理论,利用有限元分析软件,分析了螺旋桨惯性力矩,即陀螺力矩(包括哥氏惯性力矩和牵连惯性力矩)、应力刚化效应及旋转软化效应等对轴系回旋振动的影响,得到一系列有价值的结论,从而验证了理论分析的正确性,能为大型船舶推进轴系设计计算提供理论指导。
6) ship axes
船舶坐标轴系
补充资料：等轴晶系
分子式：
分子量：
CAS号：
性质：又称立方晶系。属高级晶系。轴长：a=b=c。轴角：α=β=γ=90°。例如食盐和金刚石。
分子量：
CAS号：
性质：又称立方晶系。属高级晶系。轴长：a=b=c。轴角：α=β=γ=90°。例如食盐和金刚石。
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