rolled surface

用法例句

Considering the production practice,this paper presents the significance of using roll surface reason- ably from the following aspects:increasing production efficieney,product quality and decreasing production cost.

结合生产实践,从提高生产效率、产品质量和降低生产成本等方面,阐述了合理使用轧辊表面的意义;并以统计数据为依据,分析、总结了轧辊表面损伤的原因;提出了合理使用和保护轧辊的具体措施。

fracture of roll

轧辊表面的裂缝(掉角)

Ultrasonic Surface Wave Testing of Roll Surface Defect in Hot Strip

热轧板带轧辊表面缺陷的超声表面波检测

Research on Relationship Between Surface Topography of Roll and EDT Parameters

轧辊表面形貌与电加工参数关系的研究

The Investigation on Spot Array Laser Alloying on Nodular Cast Iron Hot Roller;

球墨铸铁热轧辊表面激光点状合金化技术研究

The Influence of Waterwave on Roll Surface by Two Kinds of EDT

两种EDT毛化方法对轧辊表面水纹印的影响

Determination and Application of Surface Temperature Field on HSS Hot Work Roll

高速钢热轧辊表面温度场的测定与应用

The Finishing of Shaping Roller by Pulse Electrochemical Technology

成型轧辊表面的脉冲电化学光整加工技术研究

Simulation of Thermoelectricity Field in Slag Pool Heated by Electroslag on Roller Surface Based on ANSYS

基于ANSYS轧辊表面电渣加热渣池热电场模拟研究

THE DEDUCTION AND ANALYSIS OF MEAN VALUE FORMULA OF RELATIVE SLID SPEED UP THE HAS ALONG THE ROLL SURFACE

轧件沿轧辊表面相对滑动速度平均值公式推导与分析

Technology and Experimental Study on Roll Surface Texturing with Pulse RF CO_2 Laser;

射频脉冲CO_2激光轧辊表面毛化技术及工艺实验研究

Study on Phase Transformation and Mechanical Properties of Roller Modified by Laser Wide Band Rapid Solidification

轧辊表面宽带激光熔凝过程的相变及力学性能研究

roll coolant solutio

轧辊工作表面冷却液

Analysis of Surface Crack of Steel Pipe Rolled by 3-h Pipe Mill

三辊轧管机轧制的钢管表面裂纹缺陷控制

Mechanical Analysis of Work Roller's Surface Stress and Wear Failure on Cold Rolling

冷轧工作辊表面应力及磨损失效的力学分析

Microstructure and properties of roller after laser surface treatment

轧辊激光表面处理后的显微组织及性能

covering cambered bowl

中高轧辊,凸面轧辊（轧辊的包覆层车削成中间部分的直径大于两端的直径,以补偿轧辊的挠度）

Laser Surface Alloying and Direct Deposition of Roll Materials on Metallurgical Hot Rolls

冶金热轧辊材料的激光表面合金化与直接沉积成型

Effects of Surface Treatment Status on Oxide Scale Growth Morphology of High Chromium Cast Iron Roll

表面处理状态对高铬铸铁轧辊氧化膜生长形态的影响