砂轮磨削刀剪的过程中产生的磨削热是一个重要因素。
The grinding heat is the important factor when the forfex is machined with gringing wheels.
本文概述了磨削液的类型和作用。
The types and functions of grinding coolants are summarized.
硬金属可以很容易用砂轮磨削。
磨削气门则需要更多的时间。
分析了磨削液注入方法对冷却效果的影响。
The effects of coolant supplying methods on cooling are analyzed.
这种方法通常在磨削较短刚性轴时推荐使用。
This method is usually recommended when grinding short rigid shafts.
用于表面、圆柱面、内部和无心磨削的直轮。
Straight wheels used for surface, cylindrical, internal, and centerless grinding.
磨削烧伤是影响已加工表面质量的重要因素。
Workpiece burn is an important factor to damage machined surface quality.
如果对齿轮有精度要求，齿轮就必须经过磨削。
心轴顶端：设备的一部分，用于支撑和驱动磨削轮。
SPINDLE HEAD: Part of a machine, which supports and drives the grinding wheel.
本文对外圆切入磨削时的一些机理进行了实验研究。
In this article, some mechanisms in cylindrical plunge grinding are studied experimentally.
并将磨削力、磨削表面粗糙度与普通磨削进行了比较。
Grinding force and surface roughness of ELID grinding compared to conventional grinding were also analyzed.
对单晶硅脆性材料的超精密磨削加工作了大量的实验研究。
In this paper, the experimental investigation is made on the grinding of single brittle materials.
采用陶瓷结合剂cbn砂轮磨削可以达到更高的磨削效率。
Grinding with vitreous bond CBN wheels can achieve higher grinding efficiency.
若能在拖板上装一小型动力头，采用砂轮磨削修正则效果更佳。
If the carriage is provided with a small head, the grinding wheel correction effect is better.
该磨床专门用于磨削无扭转精轧机生产线的碳化钨辊环上磨削。
This machine is specialized in grinding the Tungsten Carbide rolls of no twist finishing block.
通过正交试验研究了磨削参数对船用螺旋桨叶片表面粗糙度的影响。
The effects of grinding parameters on surface roughness of Marine propeller blade were studied by using orthogonal test.
实质断裂强度性能受到了外加载荷与磨削残余应力的组合应力的制约。
The real fracture strength is restrained by both stresses caused by outside load and residual stresses after grinding.
通过合并磨削热模型和回火效应可以预测工件磨削后的表面硬度变化。
Combining the tempering behavior with the grinding thermal model, the change in surface hardness due to grinding heat could be predicted.
硬度高于棕刚玉，磨粒易破碎，棱角锋利，切削性能好，磨削热量小等。
Hardness than corundum, abrasive easily broken, sharp edges and corners, good cutting, grinding heat and small.
用于硬质合金、玻璃、陶瓷、石材、宝石等重负荷切割、磨削耐磨性好。
For carbide, glass, ceramics, stone, precious stones and other heavy-load cutting, grinding wear resistance.
系统分析了影响磨削区温度的因素，探讨磨削轧辊表层温度的分布规律。
The effecting factors of grinding field temperature were analyzed. The law of roller surface layer 's temperature was researched.
为了抑制磨削中的温升，采取了改善磨削区磨削液供给状况的几种措施。
To subdue the temperature rise, several means meliorating feed condition of grinding fluid in the grinding area are used.
通过合并磨削热模型和回火效应，可以预测工件磨削后的表面硬度变化。
Combining the tempering behaviour with the thermal model of grinding, the change in surface hardness due to grinding heat can be predicted.
对磨削弧区温度进行在线监测，是磨削加工自动化中必不可少的重要环节。
On line monitoring for grinding arc temperature is a necessary and important section to realize automation of grinding process.
砂轮头架在电脑控制下的运动，可能磨削各种孔型、设备到达最大的机动性。
The Computer Controlled movements of the grinding wheel head will allow the maximum flexibility in the profile grinding.
用实验方法和理论计算方法研究了在高效深磨条件下磨削区的最高磨削温度。
The maximum contact temperatures during the high efficiency deep grinding were studied by experiment and theory calculation.
用实验方法和理论计算方法研究了在高效深磨条件下磨削区的最高磨削温度。
The maximum contact temperatures during the high efficiency deep grinding were studied by experiment and theory calculation.
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