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Design and Researches on a Special Drillbit of Drilling Carbon Fiber Reinforced Plastics

机译:钻孔碳纤维增强塑料专用钻井的设计与研究

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Carbon Fiber Reinforced Plastics ( CFRP) is a typical difficult to machine material which is prone to disfigurements such as burrs, avulsion and delamination, and rapid tool wear, high processing cost. Aimed at the defect of Carbide Twist Drillbit (CTD) when drilling on CFRP, a new type of drillbit, which is called Drilling-Reaming Composite Drillbit (DRCD), was designed and used to drill holes on a plate of CFRP. Through experimental study and analysis, and compared with CTD, we found that drilling with DRCD have higher dimension accuracy and better surface quality when drilling on CFRP, and it has minor wear on its cutting edges and its tool life at least ten times that of CTD. So we draw conclusion that DRCD with high wear resistance and good stability is more suitable for drilling CFRP.
机译:碳纤维增强塑料(CFRP)是一种典型的难以加工的机材料,易于毛刺,撕裂和分层,快速刀具磨损,高处理成本。旨在在CFRP上钻探CTRP时的碳化物扭曲钻头(CTD)的缺陷,设计了一种新型的钻孔,称为钻井铰孔复合钻头(DRCD),并用于在CFRP板上钻孔。通过实验研究和分析,与CTD进行比较,我们发现在CFRP钻孔时,使用DRCD钻探具有更高的尺寸精度和更好的表面质量,并且在其切削刃上具有轻微的磨损,其刀具寿命至少十倍的CTD 。因此,我们得出结论,具有高耐磨性和良好稳定性的DRCD更适合钻孔CFRP。

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