Development of Titanium Boride Grinding Wheel by Laser Sintering (Synthesis of Titanium Boride and Grinding Experiment)
Development of Titanium Boride Grinding Wheel by Laser Sintering (Synthesis of Titanium Boride and Grinding Experiment)
复制标题
激光烧结硼化钛砂轮的研制（硼化钛的合成及磨削实验）
DOI：
10.1299/kikaic.72.1384
复制
发表时间：
2006
期刊：
影响因子：
--
通讯作者：
Y. Shirakata
中科院分区：
文献类型：
--
作者：
T. Nakamoto;E. Shamoto;Y. Yamazaki;Y. Shirakata
本文介绍了一种新型成形砂轮的制造方法。首先，所需的形状是由容易加工的金属制成的。接下来，将粉末材料散布在金属的表面上。用激光束扫描表面，然后通过粉末材料和金属材料之间的化学反应在金属表面上产生陶瓷层。所制备的陶瓷层用作砂轮。在本实验中，粉末材料为硼，金属材料为钛。用X射线衍射分析了渗层的成分，并在渗层中检测到硼化钛。利用该砂轮进行了磨削试验。结果表明，该陶瓷层可用于淬硬模具钢的磨削加工。
This paper deals with development of a new method for producing profile grinding wheel. At first, the desired shape is made of metal that is machined easily. Next, powder material is spread on a surface of the metal. And the surface is scanned by a laser beam and then a ceramic layer is produced on the surface of the metal by the chemical reaction between the powder material and metal material. The produced ceramic layer is used as grinding wheel. The powder material is boron and the metal material is titanium in this experiment. The components of the layer are examined by X-ray diffraction and titanium boride is detected in the layer. Grinding experiment is performed using this grinding wheel. The results shows that the ceramic layer can be used to grind hardened die steel.