研究了陶瓷CBN砂轮在超高速磨削（SHSG）过程中对工件完整性的影响。该分析使用了一种新设计的设备来分析磨削过程中的表面温度，并使用x射线衍射来测量磨削后的材料应力。该试验证明了与SHSG相关的一些额外优势，例如更高质量的工件、更低的残余应力和更高的疲劳强度，这归因于磨削时热负荷的降低。

Research has been conducted on the effectiveness of vitrified CBN wheels during super high speed grinding (SHSG) in relation to workpiece integrity. The analysis utilized a newly engineered device to analyze the surface temperature during grinding and x-ray diffraction to measure material stress after grinding. The test demonstrated some of the additional advantages associates with SHSG, such as higher quality workpieces, lower residual stress and higher fatigue strength attributed to heat load reduction while grinding.