1) roots and rims of turbine
汽轮机叶根和轮槽
2) side-entry turbine rotor slotting machine
汽轮机叶根槽铣床
3) blade root and rotor
叶根和轮缘
1.
WT5”BZ]:According to the turbine contact problem between the blade root and rotor, the three-dimensional contact surface elements are deduced.
针对汽轮机转子叶根与轮缘的复杂接触问题 ,推导出三维接触面单元 ,为解决接触面的不断变化和不确定性 ,提出了预留单元的思想 ,采用位移和应力交替控制的增量法 ,对汽轮机转子叶根和轮缘的接触强度进行了详尽的分
4) steam turbine blade
汽轮机叶片
1.
Reliability calculation of steam turbine blade based on SFEM and mean-variance method;
基于随机有限元—一次二阶矩法的汽轮机叶片可靠度计算
2.
The development and research of automatic building NC of CNC steam turbine blade belt grinding machine
汽轮机叶片数控砂带磨床自动编程系统的开发研究
5) turbine blade
汽轮机叶片
1.
Application of numeric simulating technology in hot die forging turbine blade;
数值模拟技术在汽轮机叶片模锻成形中的应用
2.
Influence of billet-die interface friction on die forging deformation of steam turbine blade;
锻坯/模具界面摩擦对汽轮机叶片模锻成形的影响
6) turbine blades
汽轮机叶片
1.
Base on the analyses of characteristics in steam turbine blades parts, the general methods of 3-D geometric modeling using CAD/CAM software were introduced, and point out the applications in process of turbine blades design & manufacturing.
通过对汽轮机叶片汽道型面及叶根、叶冠部分几何造型特点的分析,介绍了应用CAD/CAM软件对汽轮机叶片进行三维几何造型的一般方法并指出了在叶片设计及制造过程中的应用。
补充资料：汽轮
1.即汽船。
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