1)grinding heat磨削热
1.The grinding heat is the important factor to influence greatly on the ground surface quality when the forfex is machined with gringing wheels.砂轮磨削刀剪材料的过程中产生的磨削热是影响刀剪表面质量的重要因素。
2.It was found that the grinding process was unsuitable,thus too much grinding heat was produced and near surface zone of the cam shaft was overtempered,which resulted in very high residual tensile stress and drop in hardness in this zone.认为磨削工艺不当,产生了过高的磨削热,使凸轮浅表层组织回火过度,硬度大幅下降,从而产生极大的拉应力是磨削裂纹产生的主要原因。
3.Grind-hardening is a new technology which utilizes grinding heat to induce martensitic phase transformation and strengthen workpiece surface in gringding process by raising surface temperature above Ac3 instantaneously and cooling quickly.磨削表面强化技术利用磨削过程中生成的磨削热使工件表层温度瞬间升高到Ac3以上,然后迅速冷却,以使表层材料马氏体化。
英文短句/例句
1.Analysis and Study for the Compensating System of Thermal Errors in Grinding;磨削热分析及其误差补偿系统的研究
2.Effect and Elimination of the Grinding Heat of Multi-wire Saw多线切割机磨削热的不良影响及消除
3.Research on the influence of heat source shape on the ultra-precision grinding thermal model热源形貌对超精密磨削热模型影响的研究
4.Study on formation and precaution of grinding thermal damage to bearing rings轴承套圈磨削热损伤的形成与预防探讨
5.Establishment on Grinding Model of Y7125 Gear Grinder and Study on Heat State of Gear Grinding Process;Y7125磨齿机磨削模型建立与磨齿过程热状态研究
6.The Finite Element Analysis Simulation of the Thermal Stresses in Tungsten Carbide Grinding;磨削过程中硬质合金材料热应力的有限元分析
7.Thermal Characteristics of Surface Grinding with a Vitrified CBN Wheel;陶瓷结合剂CBN砂轮磨削过程的热特性研究
8.The Control of Grinding Thermal Deformation Error of Precision Ball Screw精密滚珠丝杠磨削加工热变形误差的控制
9.Segmented Compensation Algorithmfor Thermal Deformation Error of Ball Screw in Grinding滚珠丝杠磨削加工热变形误差的分段补偿方法
10.Study of Characteristics of Tool Wear and Adaptability of Tool in Electric Hot Machining;导电加热切削刀具磨损特性及刀具适应性的研究
11.Grinding Mechanics of Plunge Cut Surface Grinding with Abrasive Belt强力砂带平面磨削的磨削机理(上)
12.Grinding Performance of Soft Abrasive Grinding Wheel Used in Ultra-precision Grinding Sapphire Substrate;超精密磨削蓝宝石基片的软磨料砂轮磨削性能
13.Characteristic Investigations on Grinding Force and Specific Grinding Energy of High Efficiency Deep Grinding for TC4 Titanium AlloyTC4钛合金高效深磨磨削力及比磨削能特征研究
14.For heavy-pressure. form, plunge grinding, snagging of such materials as stainless steel ductile cast iron etc.适于重磨削、型磨削、入磨削及钢材荒磨,可用于不锈钢和特种球墨铸铁磨削加工。
15.For heavy-pressure.form,plunge grinding,snagging of such materials as stainless steel ductile cast iron etc.适于重磨削、成型磨削、切入磨削及钢材荒磨,可用于不锈钢和特种球墨铸铁磨削加工。
16.ceramic high heavy grinding wheel陶瓷高强力磨削砂轮
17.a wearing down to weaken or destroy.导致削落或毁坏的磨损。
18.Tungsten steel( hard alloy) forming machining: tungsten forming grinding, cylindrical grinding.★ 钨钢(质合金)形加工:钨钢成型磨削、园磨削.
相关短句/例句
grinding thermal磨削热
1.This paper explained the reasons of the cracks by analyzing grinding thermal,grinding farce and the stress of the gear surface in the grinding process and the microstructure of the carburizing quench before the grinding process,and put forward measures like improving the grinding process to lower the grinding temperature,treating the quench to improve the state of the gear surface stress,etc.从磨削过程中磨削热、磨削力、齿面应力状态及磨削之前的渗碳淬火工序所得的显微组织等方面,阐述裂纹产生的原因,并提出从磨削工艺上降低磨削温度、从淬火处理上改善齿轮表面应力状态等措施,可有效控制和防止该齿轮的磨削裂纹的产生。
3)Grinding superheat磨削过热
4)Grinding heat injury磨削热损伤
5)grinding[英]['ɡra?nd??][美]['gra?nd??]磨削
1.CBN wheel grinding on the rollers skew tooth top-surface of drawing frames draft;并条机牵伸罗拉斜齿顶面CBN砂轮磨削加工
2.Study of Grinding Cracks and the flexural strength of Ground Brittle Materials;脆性材料磨削加工损伤及工件强度研究
3.Automatic Reverse Devices for Grinding the Raised Key Axis;磨削凸键轴的自动换向装置
6)grind[英][ɡra?nd][美][gra?nd]磨削
1.The advance of grinding with high rate and high precision;采用高速高精度磨削的优点
2.Application of CAN bus in five-axis embedded grinding CNC system;CAN总线在五轴嵌入式数控磨削系统中的应用
3.Optimization for command of CNC camshaft grinding;数控凸轮轴磨削指令曲线的优化
延伸阅读
负温度系数热敏电阻陶瓷(见热敏陶瓷)负温度系数热敏电阻陶瓷(见热敏陶瓷)thermo-sensitive ceramics with negative temperature coefficient 负温度系数热敏电阻陶瓷thermo一sensitiveeeramies with negative temperature eoeffieient在某一特定温度范围,电阻率随温度的升高而明显减小的热敏陶瓷。简称NTC陶瓷。
