Discrete Structure of the Cutting Surface of a Grinding Wheel

V. G. Gusev; A. V. Morozov; P. S. Shvagirev

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Discrete Structure of the Cutting Surface of a Grinding Wheel

机译：砂轮切割面的离散结构

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The discrete structure of the grinding wheel's cutting surface shapes the kinematics and dynamics of machining and the surface quality of the ground parts. Accordingly, the structure must be selected after analysis in terms of the machining characteristics. Analysis of grinding wheels shows that their cutting surface may be characterized by projections and depressions parallel or inclined to the tool's axis of rotation (first structure); by large pores randomly distributed over the tool volume (second structure); or by a large number of holes in rows parallel to the tool's axis of rotation (third structure).

机译：砂轮切割面的离散结构决定了加工的运动学和动力学以及磨削零件的表面质量。因此，必须在分析后根据加工特性选择结构。分析表明，砂轮的切削表面可能具有与刀具的旋转轴平行或倾斜的凸起和凹陷（第一种结构）;通过在工具体积上随机分布的大孔（第二结构）;或在平行于工具旋转轴的行中排成许多孔（第三种结构）。

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《Russian engineering research》 |2009年第9期|共4页
作者
V. G. Gusev; A. V. Morozov; P. S. Shvagirev;
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中图分类机械制造工艺;
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1. Discrete Structure of the Cutting Surface of a Grinding Wheel [J] . V. G. Gusev, A. V. Morozov, P. S. Shvagirev Russian engineering research . 2009,第9期

机译：砂轮切割面的离散结构
2. High Efficiency Precision Grinding of Micro-structured SiC Surface Using Laser Micro-structured Coarse-Grain Diamond Grinding Wheel [J] . Wu Mingtao, Guo Bing, Zhao Qingliang, International Journal Precision Engineering Manufacturing-Green Technology . 2019,第3期

机译：激光微结构粗粒金刚石砂轮对微结构SiC表面的高效精密磨削
3. High Efficiency Precision Grinding of Micro-structured SiC Surface Using Laser Micro-structured Coarse-Grain Diamond Grinding Wheel [J] . Wu Mingtao, Guo Bing, Zhao Qingliang, International Journal Precision Engineering Manufacturing-Green Technology . 2019,第3期

机译：使用激光微结构粗晶金刚石砂轮的微结构SiC表面的高效精度研磨
4. INFLUENCE OF DRESSING GRINDING WHEEL CUTTING SURFACE AND GRINDING ON THE ROUGHNESS OF GROUND SURFACE [C] . Roko Cebalo International Conference Production Research . 1991

机译：敷料砂轮切割表面和研磨对地面粗糙度的影响
5. Development of an automated system to evaluate the surface condition of grinding wheels. [D] . Lachance, Stephane. 2003

机译：开发用于评估砂轮表面状况的自动化系统。
6. Experimental Studies on MoS2-Treated Grinding Wheel Active Surface Condition after High-Efficiency Internal Cylindrical Grinding Process of INCONEL® Alloy 718 [O] . Wojciech Kapłonek, Krzysztof Nadolny, Marzena Sutowska, 2019

机译：INCONEL®718合金高效内圆柱磨削处理后MoS2处理的砂轮有效表面状况的实验研究
7. The topography of the cutting traces created by the grain on the active surface grinding wheel during grinding of surface [O] . Wojciech Kacalak, Filip Szafraniec 2015

机译：在磨削表面期间，在活性表面砂轮上由谷物产生的切割迹线的形貌
8. Investigation of Exothermic Grinding Sludge Produced from Watervliet Arsenal Gun Steels, Andersol Water-Based Cutting Fluid and Cincinnati Milacron Aluminum Oxide Resin Bond Grinding Wheels [R] . Sopok, S. , Fleszar, M. , Senick, J. 1992

机译：Watervliet arsenal Gun钢，andersol水基切削液和Cincinnati milacron氧化铝树脂粘结砂轮产生的放热研磨污泥的研究

Discrete Structure of the Cutting Surface of a Grinding Wheel

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