The abrasive belt grinding is an efficient grinding technology.
砂带磨削是一种高效的磨削技术。
The paper analyses the success of reformation of abrasive belt grinding machine for diesel engine camshaft and benefits achieved.
就柴油机凸轮轴生产线上砂带抛光机四、六缸机共线改造获得成功，并取得良好的效益进行简要分析。
It was described the process and methods of parameters optimization for the abrasive belt grinding by using MATLAB optimization function.
阐述了应用MATLAB优化函数对砂带磨削进行工艺参数优化的过程和方法。
The feature of abrasive belt grinding as well as the design and application of special-shaped coated abrasive tool made of belts are described.
论述砂带磨削的特点和利用砂带再制的异形涂附磨具的设计及其应用场合。
Compared with turning, milling and grinding, the abrasive belt grinding has higher production rate and available factor of power of machine tool.
砂带磨削比车削、铣削和砂轮磨削的生产率高，机床功率利用率高，经济效果显著。
According to the function requirement of fixation-girder portal Milling-grind machine, the abrasive belt grinding is used to grind machining the workpiece.
根据定梁龙门铣磨床的功能需求，采用了砂带磨削对工件进行磨削加工。
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.
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。
Compared with single sensor, the virtue and necessity of multi-sensor integration technology are introduced based on the analysis of the way used to test abrasive belt grinding parameters.
在分析目前砂带磨削参数测试过程中所用方法的基础上，指出了多传感器融合的优点及必要性，并与单传感器的测试进行了比较。
It assays technological parameter and major features of abrasive belt grinding. It also discusses the ways as to the improvement of productivity and quality of wiping out welded seam and polishing.
设计了去焊缝及抛光用的砂带异型涂附磨具及砂带磨削装置，分析了砂带磨削工艺参数和主要特点，讨论了提高去焊缝及抛光加工质量、生产效率的途径。
It is proved by experiments that under appropriate machining conditions, abrasive belt vibration grinding can not only reduce workpiece surface roughness but also improve work-piece form accuracy.
实验表明，在适当的加上条件下，砂带振动磨削不仅可以降低工件的表面粗糙度，而且可以提高工件的形状精度。
With the increase of grinding speed or the abrasive grain size of the grinding belt, the grinding rate increases.
提高砂带速度、工件转速以及增大砂带磨粒粒度可有效地提高花岗岩的磨削效率。
Upon the analysis of the mechanism about grinding of abrasive belt, grinding the end face and outside of the glass tube with abrasive belts is chosen.
通过对砂带磨削机理的分析，选定用砂带磨削玻璃管端面及外圆。
The results indicate that increasing the vertical pressure or grinding speed is beneficial to the grinding process of ceramic corundum abrasive belt.
试验结果表明，采用较大的法向压力或适当增大磨削速度等磨削参数，可以高效发挥陶瓷刚玉砂带的磨削性能。
In the paper a new technique for cyclo-gear grinding has been presented. The technique takes abrasive belt as grinding tool.
摆线齿轮砂带磨削工艺以砂带为切削工具，采用全齿宽同时切入的线成形磨齿方案；
The influences of abrasive grain size, belt speed, contact roller's hardness, grinding depth and grinding feeding speed on surface roughness were discussed.
讨论了砂带粒度、砂带线速度、接触轮硬度、磨削深度和磨削进给速度对表面粗糙度的影响规律。
The influences of abrasive grain size, belt speed, contact roller's hardness, grinding depth and grinding feeding speed on surface roughness were discussed.
讨论了砂带粒度、砂带线速度、接触轮硬度、磨削深度和磨削进给速度对表面粗糙度的影响规律。
应用推荐