该模型反映了砖的形态等因素与磨削力的关系。
The model embody tile position and shape and other factors in grinding process to grinding load relation.
砂轮变速磨削，径向磨削力降低，修整效率最佳。
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.
阐述了三种磨粒损伤产生的机理和磨削力变化的成因。
The paper also discussed the mechanism of grain damage and the causes of grinding force variations.
系统以磨削力跟踪控制为基础，实现磨削力和机床双闭环控制。
Basing on the grinding force trace control, this system realizes twin close-loop controls of grinding force and machine tool.
试验结果表明，陶瓷结合剂cbn砂轮的磨削力比普通砂轮的小。
The results indicate that the forces in grinding with vitreous bond CBN wheels are smaller than those with common wheels.
介绍了组合砂轮磨削不锈钢垫片时砂轮对加工表面质量和磨削力的影响。
Introducing influence of grinding wheel on machining surface quality and grinding force when stainless steel gasket ground by combined grinding wheel.
介绍了采用人工神经网络方法预测磨削力和磨削表面粗糙度的分析模型。
An analysis model which can predict grinding force and surface roughness grinding works by using artificial neural networks is introduced.
产品粒度均匀，具备硬度高，磨削力强，抛光快，效率高，光度亮等特点。
The particle size is homogeneous with characteristics of high hardness, strong grinding force, rapid polishing, high efficiency and light luminosity.
为验证所述测度模型和方法，建立了磨削力检测系统以获取建模和评价数据。
To verify the described method, a grinding force measuring system is schemed to obtain the modeling and evaluating data.
设计了以MSP430单片机为核心的磨削力自适应控制器的硬件、软件部分。
Designe the hardware and software of grinding force adaptive control system based on MSP430.
本文研究了三种磨削液对磨削力、金属磨除率、表面粗糙度和烧伤程度的影响。
The Influence of three grinding fluids on grinding force, metal material removal rate, surface roughness of ground workpiece, and the extent of grinding bum were investigated in this paper.
介绍了用于机器人柔性磨削系统的柔性砂带磨削机床，提出了恒磨削力补偿机构。
A flexible grinding machine applied to a robot flexible grinding system and its constant grinding force compensation mechanism is presented.
试验还进行了磨削过程中磨削力的测试和比磨削能的计算，分析了陶瓷材料的去除机理。
Measure the grinding force in grinding process and compute the grinding energy ratio, analyzing the grinding mechanism.
建立了采用人工神经网络方法预测砂带磨削铝合金时磨削力和磨削表面粗糙度的分析模型。
An analysis model which can predict grinding force and surface roughness of aluminum alloy with abrasive belt grinding by using artificial neural networks was established.
本文对八角环平面磨削力测试仪进行了理论分析，建立了其结构设计的精确理论数学模型。
This paper makes a theoretical analysis of dynamometer for surface grinding of the octagon ring and establishes an accurate theoretical mathematical model for the design of its structure.
还论述了振动辅助磨削的优点，例如降低磨削力和磨削温度，提高磨削效率和工件质量等。
The study also reviews other benefits in vibration-assisted grinding, such as reduction in grinding forces and temperature rise, improvement in grinding efficiency and workpiece quality.
探讨橡胶接触轮硬度、每次进给的磨削深度、磨削力和砂带磨损对工件表面粗糙度的影响。
The hardness of the rubber contact wheel, the grinding depth of the workpiece per feed once.
从单颗金刚石最大切削厚度的角度，分析了磨削深度、进给速度和砂轮线速度对磨削力的影响。
The influence of depth of grinding, feed rate and circular linear speed of the grinding wheel on the grinding forces with respect to the maximum chip thickness of a single active diamond was analyzed.
分析了宝石磨削过程中的夹具针杆的受力模型，建立了基于因次解析法的夹具针杆磨削力计算公式。
The force model of the jig needle bar in the process of grinding diamonds were analyzed, and the calculation formula of grinding force was established.
磨头结构中包含的磨削力控制装置，可实现叶片砂带恒力磨削，解决了砂带磨削高精度控制的难题。
The grinding pressure control device of the machine can make the grinding pressure invariably. Therefore, the difficult problem of high-precision control for belt grinding can be solved.
并可利用有限的试验数据得出整个工作范围内磨削力和表面粗糙度的预测值，大量减少了试验次数。
The predicting values of the surface roughness in the working range can be obtained by using th…
研究表明增加砂轮线速度可以降低磨削力、工件的表面粗糙度和砂轮的磨损，或者可以提高生产效率。
It has been proved that increasing the speed of the grinding wheel can lead to a reduction in grinding forces, grinding wheel wear, and in workpiece surface roughness, or an increase in productivity.
本文研究开发了磨削试验台的磨削力测量系统，进行了压电测试系统的理论分析和旋转工作台的受力分析；
In this paper, the grinding force measuring system is developed, and both the piezo-electic measuring system and the forces on rotary table are analyzed.
通过测量主轴功率获得切向磨削力，讨论了加工参数，如切深、进给率以及砂轮粒度对切向磨削力的影响。
Tangential grinding forces are obtained through monitoring spindle power and the ir variations are studied with process parameters such as depth of cut, feedrate and wheel grit size.
通过测量高频感应钎焊金刚石砂轮磨削花岗石过程中的磨削力，对砂轮所受的法向力和切向力进行了研究。
In this paper, grinding forces were measured in the grinding of granite with a high-frequency induction brazed diamond grinding wheel.
从切屑变形力与摩擦力两方面分析了切向磨削力与法向磨削力的比值，大体上应在0.2～0.59范围内。
We have also analysed the ratio between tangential forces and normol forces with respect to both chip formation forces and friction forces. The ratio generally falls within the range of 0.2~0.59.
深入研究了超声振动和磨粒切削的复合过程，指出超声振动形成的断续磨削机制是降低法向磨削力的主要原因。
In the compound process of ultrasonic vibration and grain machining, the discontinuous grinding mechanism caused by ultrasonic vibration is the main factor decreasing normal grinding force.
研究结果表明，在相同磨削条件下，纳米硬质合金磨削力高于普通硬质合金，磨削表面质量要优于普通硬质合金。
Results imply that under the same conditions, grinding force and surface quality of nano-metric cemented-carbide is all higher than that of common cemented carbide.
这种磨削加工工艺有一定的优势，但同时会在被加工表面留下往复振荡的痕迹及出现磨削力的波动较大等现象和问题。
This grinding has its merits, but its force fluctuates greatly and the trace of vibration appears on the surface of the camshaft.
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