1) grain-injured
伤面
1.
The reason of inducing grain-injured leather during leather-making has been discussed , and corresponding preventive measures have been provided.
对皮革加工过程中出现的成革的伤面现象以及可能造成伤面的原因进行了分析与探讨,并提出了相应的预防措施。
2) surface damage
表面损伤
1.
Prediction of surface damage for Al_2O_(3s)f/2A12 composites by liquid infiltration-extrusion process
液态浸渗挤压Al_2O_(3sf)/2A12铝基复合材料表面损伤的预测
2.
It is pointed out by the brittle fracture appearance observation of 80 steel wire rod and microstructure analysis that the plastic distortion of basal metal and dislocation adding at surface damage position are the main cause of wire drawing breaking.
通过对80钢盘条脆断断口形貌观察和金相组织分析,认为盘条表面损伤部位的金属基体产生塑性变形和位错增加是拉拔断丝的主要原因,在高碳钢生产及吊装运输中应采取措施避免盘条擦伤,以提高产品质量。
3.
Surface damages of Te solvent and Bridgman grown HgCdTe wafers have beenstudied with X-ray reflection topography.
根据实验结果分析，认为机械划痕是精磨精抛过程中的主要损伤结构，并提出一个新的表面损伤模型──表面不完全损伤模型。
3) damages to the topcoat
漆面损伤
1.
The features and causations of the damages to the topcoat of cars, and the corresponding refinishing technologies are analyzed.
分析了轿车漆面损伤的特征、原因及相应的修补技术。
4) surface scratch
表面划伤
1.
The main two types of defects are surface scratch and skin pinhole.
通过对高碳钢的检验,分析了高碳钢连轧坯表面缺陷的类型和产生原因,主要有表面划伤和皮下气孔轧后缺陷两种类型。
2.
According to the strict request of cord steel wire rod on decarburization,scale,metal- lographic structure,mechanical properties and surface scratch,rolling technology of the B grade cord steel wire rod of Angang is established.
根据帘线钢盘条对脱碳、氧化铁皮、金相组织、力学性能和表面划伤的严格要求,制定了鞍钢 B 级帘线钢盘条轧制工艺,生产的 B 级帘线钢盘条经检验符合技术标准要求,满足了用户需求。
5) extrusion wound of gear face
齿面挤伤
1.
The extrusion wound of gear face and the abnormal abrasion of the inserting tool flank during gear shaping are introduced.
介绍了插齿时产生齿面挤伤及插齿刀后面非正常磨损的特有现象,分析了其原因以及切屑的几种形态,给出了切削厚度分析计算的新方法,提出一套新见解和解决措施。
6) interfacial damage
界面损伤
1.
Analysis of stress concentrations in cross-ply (hybrid) laminates taking into account interfacial damage;
计及界面损伤的复合材料正交(混杂)叠层板的应力集中分析
2.
Based upon both the existing results of stress concentration analysis and randomly enlarging critical-core theory,a statistical analysis of the ultimate tensile failure process in cross-ply(hybrid) laminates due to the interaction of the matrix cracking in 90 degree ply,interlaminated interfacial failure,fracture of some fibers in 0 degree layers and fiber/matrix interfacial damage was performed.
基于现有应力集中分析结果及随机扩大临界核统计理论,对正交(混杂)叠层复合材料中由于90°层的基体开裂、层间界面破坏、0°层中部分纤维断裂及纤维/基体界面损伤相互作用的最终拉伸破坏过程进行统计分析。
3.
Based on the shear-lag theory, a layering shear-lag model taking into account the interfacial damage was proposed and the stress redistributions for notched cross-ply laminates under tension were analyzed, from which both the length of the interfacial damage area and stress concentration factors in intact fibers at root of the notch were obtained.
基于剪滞理论,建立了一种计及界面损伤的分层剪滞模型,分析了含割口的正交叠层板在拉伸荷载作用下的应力重新分布问题,据此可求得界面损伤区长度和割口前缘完整纤维的应力集中因子。
补充资料：伤面
伤面 伤面 病证名。因过食面食所致的病证。《杂病源流犀烛·伤食不能食源流》治伤面，用莱菔子、姜、酒煎。《不知医必要·不思食》治用平胃散加谷芽、麦芽、神曲。《证治准绳·杂病》用三黄枳术丸、除湿益气丸等。参见伤食条。
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