1) over transformation
过变形
2) Deformation Process
变形过程
1.
The investigation of deformation process and anomalous characteristics for arch dam and its abutments built on complex rock foundation;
复杂岩基上拱坝和坝肩岩体变形过程及转异特征研究
2.
The deformation process of tube cold rolling on double-set multi-roll mill is studied and the calculation formulation of deformation for once roll,elongation coefficient, relative reduction of wall thickness per rolling schedule are deduced.
通过对双排多辊式轧机冷轧钢管变形过程的研究 ,推导出一个轧制周期内轧次变形量、延伸系数、壁厚相对压下量等变形参数的计算公
3.
The deformation process of strips trimming is introduced.
简介板带剪切变形过程,分析了影响切边质量的因素,剪刃侧隙是保证切边质量的重要因素,起决定性作用。
3) over-variation of translation
过度变形
1.
It’s unavoidable for the translated version to variate or dislocate during the course of translation,so the essay is to discuss the ways of eliminating anti-translation of context to reverse over -variation of translation,which include transformation of context,reconstruction of circumstance and switch of social culture.
翻译过程中译作发生变形或错位是无法避免的,本文从转移上下文语境、构建情景语境和转换社会文化语境三个方面出发,探讨如何克服语境抗译性来扭转翻译过度变形。
4) oversize deformation
过大变形
1.
The oversize deformation reason of outlet flue duct steel bracket structure of an electric plant absorbing tower is analyzed.
对某电厂吸收塔出口烟道钢支架结构出现过大变形事故的原因进行了分析,认为其主要原因是结构施工过程与设计计算模型的差异以及构件较大的初始安装变形,导致了结构受载后的过大变形。
5) deformation burnt
形变过烧
1.
It is considered that the segregation of Mo,Cr elements should cause deformation burnt in drill pipe joints.
利用金相显微镜、扫描电镜以及能谱和波谱分析手段详细研究了37CrMnMo4钻杆接头生产过程中的缺陷问题,结果表明,37CrMnMo4钻杆接头组织局部呈过烧状态,自由结晶面周围及晶界熔融处有P、Mo、Cr等元素的偏聚,由于钻杆接头材料中合金元素的偏析导致后续锻造过程中材料发生"形变过烧"。
6) distortion course curve
变形过程线
1.
In this article some causation of slip and the calculation methods of freely setting station are first discussed,and then combined with the theory of polar coordinates a forecast method through distortion course curve analysis is put forward.
在阐述开挖事故原因的基础上,通过讨论全站仪自由设站的计算方法,并结合极坐标测量空间坐标的原理,提出了应用时空变形过程线分析变形趋势的预测方法,这种方法能够满足基坑安全监测工程的精度要求,并且成本低,速度快,能够为现场安全评估和方案设计提供可靠的数据基础。
补充资料：冲裁过程变形分析
一、冲裁过程
冲裁变形过程可分为三个阶段：第一阶段：弹性变形阶段(图2一la)
图2-1 冲裁变形过程
凸模与材料接触后，先将材料压平，继而凸模及凹模刃口压人材料中，由于弯矩M的作用，材料不仅产生弹性压缩且略有弯曲，随着凸模的继续压入，材料在刃口部分所受的应力逐渐增大，直到h
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