1) Aerospace monolithic components
航空整体结构件
1.
Study of the application of vibration stress relief in distortion correcting of aerospace monolithic components
振动时效技术在航空整体结构件变形校正中的应用研究
2) aerospace structure
航空结构件
1.
In this paper, the aerospace structure parts in high-speed machining are simplified at the engineering aspect, and a user-interface is built with the PCL language, which is the developing tool offered by the MSC.
为了建立简化高效的数学模型,本文对高速加工中的航空结构件进行了简化,并且运用MSC。
3) Monolithic component
整体结构件
1.
Finite element model of milling process sequence forframe monolithic components;
框类整体结构件铣削加工顺序的有限元模型
2.
Three-point press straightening analysis of aircraft monolithic component based on its rebound curve
基于回弹曲线的航空整体结构件三点压弯校正分析
3.
Machining deformation of aircraft monolithic component is simulated by finite element method (FEM) and validated by experiment.
在模拟淬火、拉伸过程获得含有初始残余应力的预拉伸板材以及模拟单齿切削过程获得切削载荷的基础上,提出并采用接力算法,对一航空整体结构件的材料铣削过程进行有限元仿真,同时进行了试验研究。
4) monolithic components
整体结构件
1.
Distortion prediction for milling process of aerospace monolithic components;
航空整体结构件铣削加工变形预测研究
2.
Study on milling deformation of aerospace frame monolithic components
航空框类整体结构件铣削加工变形研究
3.
Monolithic components are being widely used for aerospace applications because of their combination of lower height, higher assembly quality and higher structural efficiency.
航空整体结构件具有结构复杂、尺寸大、材料去除率高、薄壁部位多、刚性差等特点,在加工过后,零件通常会出现弯曲、扭曲或弯扭组合等变形,加工精度难以达到设计要求。
5) integral parts with thin walls
薄壁整体结构件
1.
This paper presents a brief analysis of the features specialties and problems of machining of integral parts with thin walls.
概括分析了薄壁整体结构件切削加工的特点和难点。
6) thin wall integral structure
薄璧整体结构件
补充资料：对厂房整体结构进行动态特性测试
对厂房整体结构进行动态特性测试
毯 升厂房餐体结构进行动态特性测试
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