1) normal plough
正犁削
1.
Technology of normal plough for fin formation on metal surface of tower packing;
金属塔填料正犁削表面翅化技术
2.
The machining mechanism of normal plough for fin formation on stainless steel was studied.
研究了正犁削不锈钢表面翅成形的加工机理 ,探索了形成规则翅片的刀具几何参数及犁削条件 ,着重对翅的形成过程进行了分析 ,并建立了数学模型 。
2) ploughing
['plauiŋ]
犁削
3) plough-cutting resistant capacity
犁削抗力
1.
Based on SEM, XRD and simulative measurements of plough-cutting resistant capacity W_p and localized surface layer elasticity he for the tested alloys,the influences of hardness,W_p,h_e and phase transformation on the resistance of the alloys were discussed.
用旋转圆盘实验机对2种超弹性Fe-Mn-Si-Cr形状记忆合金、5种Cr-Ni不锈钢和1种新型高铬铸铁的抗冲蚀性能进行了研究,通过SEM和XRD以及犁削抗力和局域弹性的模拟测定,探索了硬度、犁削抗力,弹性性质和相变对抗冲蚀性能的影响。
4) microploughing wear
犁削磨损
5) Cut mechanism
犁削机理
6) extrusion_ploughing
挤压犁削
1.
In this paper, the model for the formation of overlap in extrusion_ploughing for outside fin tube is developed.
建立了挤压犁削加工外翅片管过程中飞边的生成模型，给出了产生飞边的判定准则，并对影响飞边产生的因素进行了研究。
补充资料：削正
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