砂带磨削,abrasive belt grinding
1)abrasive belt grinding砂带磨削
work Measurement and Control System for Abrasive Belt Grinding Parameters Based on Virtual Instrument;基于虚拟仪器的砂带磨削参数远程网络化测控系统
2.Testing of a six-axis computer numberical controlabrasive belt grinding machine based on free-form surfaces;自由曲面六轴联动砂带磨削机床试验
3.Study on the Grinding Capability of 0Cr17Ni4Cu4Nb of Gas Turbine Blades Based on Abrasive Belt Grinding;燃气轮机叶片材料0Cr17Ni4Cu4Nb砂带磨削性能研究
英文短句/例句
1.The differentiation and application of abrasivebelt grinding and abrasivewheel grinding in machining;砂带磨削与砂轮磨削在机械加工中的区别及其应用
2.Research of Grinding Capability of Coated Abrasive Belt in Grinding the Material of Gas Turbine Blades;燃气轮机叶片材料砂带磨削性能研究
3.Investigation on Processes and Mechanism of Belt Grinding of Metallic Materials;砂带磨削金属材料的工艺及机理研究
4.Optimization of Process Parameters of Abrasive Belt Grinding Based on MATLAB基于MATLAB砂带磨削工艺参数的优化
5.Design and calculation of abrasive belt grinding device in fixation-girder portal milling-grind machine定梁龙门铣磨床砂带磨削装置的设计计算
6.The Application of Abrasive Belt Grinding in Milling-grind Machine for Machining Billet Sample砂带磨削在钢坯试样加工铣磨床上的应用
7.Equipment for wide belt grinding to remove the burr of the sheet elements一种宽砂带磨削去除薄板零件毛刺的设备
8.The Analyze and Research on the Method of Experiments on Abrasive Belt Grinding Performance关于砂带磨削性能的试验方法的分析研究
9.Present Status and Development Trend of Abrasive Belt Grinding Technique for Blade Profile叶片型面砂带磨削技术的现状和发展趋势
10.Study on Surface Quality of the Material 0Cr17Ni4Cu4Nb Gas Turbine Blade Ground by Coated Abrasive Belt;0Cr17Ni4Cu4Nb燃气轮机叶片材料砂带磨削的表面质量研究
11.The Experimental Research and Analysis of the Performance of Heavy Belt-grinding Based on Optimization Method;基于最优化方法的强力砂带磨削性能试验研究
12.Design and Research for the Structure of NC Sand Belt Grinding Machine for Blade;叶片砂带磨削数控机床结构设计与研究
13.Research and Application of Heavy Belt-grinding in Manufacturing of 40Mn2 High Strength Structure Steel;40Mn2高强度结构钢强力砂带磨削研究及应用
14.Research on a Method of Polishing by Belt for A-alloy Motor Wheel Curved Surface;铝合金轮毂复杂曲面砂带磨削方法研究
15.The Application of Abrasive Belt Grinding to Wiping out Welded Seamand Polishing on the Stainless Cup;砂带磨削在不锈钢杯去焊缝及抛光中的应用
16.The analysis and predicting about the magnesium alloy surface quality based on abrasive belt grinding镁合金砂带磨削表面质量分析及其预测
17.Large-scale Titanium Alloy Plates Adaptive Control Abrasive Belt Constant Pressure Grinding大型钛合金板材恒压砂带磨削自适应控制
18.Sand-belt grinding process applied to grinding the eccentric shaft of mining crusher砂带磨削在破碎机偏心轴加工工艺上的应用
相关短句/例句
Belt grinding砂带磨削
1.In the belt grinding for cam a method of by adding medial mechanism to avoid direct contacting of conjugate cam and sand belt so as to prolong conjugate cam"s life is put forward in this paper which can solve the problem that conjugate cam is easy to wear.根据凸轮砂带磨削技术中共轭轮易磨损的情况,提出了一种增加中间摆动机构,避免共轭轮与砂带直接接触,从而增加共轭轮工作寿命的方法,并给出了该机构共轭轮廓形计算的方法。
2.Belt grinding shows excellent characteristics in machining hard and brittle materials.砂带磨削在硬脆材料加工中具有优良的性能。
3)belt-grinding砂带磨削
1.Methods of measurement and calculation on the surface tolerance of blade is introduced, and the formula about surface tolerance and positive pressure ofbelt-grinding is set up.介绍了叶片型面误差的测量与计算方法,建立了误差值与叶片砂带磨削法向力之间的函数关系,通过使用UG/OpenAPI编程开发了磨削加工仿真模块并给出了叶片型面误差砂带磨削的仿真实例,对提高叶片砂带磨削数控编程的效率和叶片加工精度都有较强的指导意义。
4)Abrasive belt grinder砂带磨削机
1.Design of unidimensional force controlled robotic abrasive belt grinder;一维力控制机器人砂带磨削机设计
5)abrasive belt grinding device砂带磨削装置
6)Abrasive Belt Grinding Technique砂带磨削技术
1.The Stratagem and Thought of ChinaAbrasive Belt Grinding Technique Industrialization Process;中国砂带磨削技术产业化进程的战略与思考
延伸阅读
砂带磨削利用高速运转的环形砂带加工工件表面的磨削。一般在砂带磨床上进行。 图1是砂带磨削外圆和平面的方法。砂带围绕在具有一定弹性的压轮和张紧轮上,由压轮驱动回转作连续切削运动,工件放在传送带或工作台上作进给运动。当工件接触砂带或通过压轮下的磨削区时，即被砂带磨去表面的一层材料。砂带磨削的切削速度一般为20～30米/秒，磨削压力为20～30兆帕。砂带磨削可有效地消除工件表面的粗糙不平，但不能磨削沟槽和精确的边角，适于加工平面、曲面和成形表面。磨削成形表面（如透平叶片型面）时，可用与工件型面相匹配的成形接触轮或成形支承板，使柔性的砂带与工件之间保持均匀的接触压力（图2）。砂带磨削的尺寸精度一般为0.02毫米左右,最高可达3微米。如用细粒度磨料的砂带磨削，表面粗糙度可达Ra1.25～0.16微米。 砂带磨削的优点是:①砂带与工件的接触面积大(宽砂带能磨削5米宽的平面)，故磨削效率高，而比能耗低；②磨削时的散热性较好，磨削表面不易烧伤，表面冷硬程度和残余应力也比砂轮磨削小；③所用设备较简单而适应性较广，尤其适于磨削特大、特宽工件的表面，如钢板、钢带、大尺寸管件的外圆或内壁等。但砂带磨钝后不能修整，需要时常更换，消耗较大。20世纪70年代以来砂带磨削不断向大型、高效发展。其中砂带强力磨削的切削速度已达40米/秒，磨削压力为100～200兆帕，每分钟材料切除量可达500厘米3以上。参考书目周兴文:"国外砂带磨床生产概况和发展趋势",《机床》，1980，第3期，第41～45页。
