1) Camouflage project
伪装方案
2) azimuth deception
方位伪装
3) clamping scheme
装夹方案
1.
The clamping schemes of thinwalled package were discussed on the base of FEM analysis.
采用有限元分析方法,对薄壁件的装夹方案进行了讨论。
2.
The result indicates, the clamping scheme with six points is more effective and their position is also given.
针对薄壁结构件刚性差,加工中易变形的工艺难题,运用ANSYS结构静力学分析和正交优化分析的方法,模拟了夹紧点个数、夹紧点位置对加工中工件受力变形的影响,对装夹方案进行了优选。
3.
In this paper,finite element models are established to analyze the milling deformation of multi-frame components caused by different multi-point clamping schemes.
目前,国内外对装夹方案的研究局限于单框的装夹效应的研究,没有分析装夹方案对多框体铣削加工变形的影响。
4) truck-loading scheme
装车方案
5) hoisting scheme
吊装方案
1.
With the comprehensive analysis and comparison on economics,technique,cost and time period of hoisting schemes,the double masts method is adopted.
反应再生区的沉降器和再生器是本装置施工的重点和难点,制订合理的吊装方案是该工程的关键。
2.
This paper gives a description of the selection and optimization of the hoisting scheme of prefabricated industrial plant building with the value engineering theory, which has created good economic and social benefits for enterprises.
阐述了运用价值工程理论进行装配式工业厂房吊装方案的优选及优化,为企业创造了良好的经济效益和社会效益。
6) fixture scheme
装夹方案
1.
In this paper,finite element analysis method was used to compare fixture schemes.
针对薄壁零件刚性较低,加工工艺性差,容易产生装夹变形的问题,提出了采用有限元分析的方法来比较装夹方案的优劣。
补充资料：战役伪装(见伪装)
战役伪装(见伪装)
campaign camouflage
盆罢盘鉴，zhuQng.叹供脚衣气camPalgn camoutlage)见伪装。
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