Abstracat Efficient and precise grinding is essential as a finishing process in a number of fields. Performance of a grinding wheel made of carbon fiber reinforced plastic (CFRP) whose fiber orientation was aligned along the circumferential direction was investigated. This wheel was observed to have smaller expansion due to the centrifugal force and thermal stress as well as higher stability against chatter vibration than both conventional steel wheels and CFRP wheels having different fiber orientations. Dimensional parameters were determined based on the safety analysis of the interface between CFRP and steel. Finally, the wheel was prototyped and tested.

中文翻译：

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用碳纤维在环向增强砂轮的能力

Abstracat 作为许多领域的精加工工艺，高效和精确的磨削是必不可少的。研究了由碳纤维增强塑料 (CFRP) 制成的砂轮的性能，该砂轮的纤维取向沿圆周方向对齐。与具有不同纤维取向的传统钢轮和 CFRP 轮相比，该轮被观察到由于离心力和热应力而具有较小的膨胀以及对颤振的更高稳定性。尺寸参数是根据 CFRP 和钢之间界面的安全分析确定的。最后，对车轮进行了原型设计和测试。