超声波叠加磨削是对传统摆锤磨削工艺的改进。工件进给方向上的砂轮旋转由工件在砂轮轴方向上的高频振动叠加。由于这种工件振动，碳化硅陶瓷的去除行为发生了变化，因此没有传统摆锤磨削中的锯齿状表面微观形貌，而是像单个颗粒的传统摆锤一样，具有更平滑的结构，因此更适合于摩擦磨削- 碳化硅陶瓷的机械加载功能表面。

ULTRASONIC SUPERIMPOSED GRINDING REPRESENTS A MODIFICATION OF THE CONVENTIONAL PENDULUM GRINDING PROCESS. THE GRINDING WHEEL ROTATION IN WORKPIECE FEED DIRECTION IS SUPERIMPOSED BY A HIGH-FREQUENCY VIBRATION OF THE WORKPIECE IN GRINDING WHEEL AXIS DIRECTION. AS A RESULT OF THIS WORKPIECE VIBRATION THERE IS A CHANGE IN THE REMOVAL BEHAVIOR OF SILICON CARBIDE CERAMICS, SO THERE IS NO JAGGED SURFACE MICROTOPOGRAPHY AS IN CONVENTIONAL PENDULUM GRINDING, BUT A MORE SMOOTHED OVER STRUCTURE AS IN CONVENTIONAL PENDULUM OF INDIVIDUAL PARTICLES AND THUS APPEARS BETTER SUITED FOR TRIBO-MECHANICALLY LOADED FUNCTION SURFACES IN SILICON CARBIDE CERAMIC.