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AN EXPERIMENTAL INVESTIGATION OF THE CRACK GROWTH PHENOMENON FOR DRILLING OF FIBER-REINFORCED COMPOSITE MATERIALS

机译:纤维增强复合材料钻孔裂纹生长现象的实验研究

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An experimental study has been conducted to study the crack growth phenomenon caused by drilling Fiber-Reinforced Composite Materials (FRCM), specifically unidirectional (UD) carbon fiber/epoxy resin. It uses an experimental setup that exploits the technology of video to understand the complete crack growth phenomenon as the drill emerges from the exit side of the workpiece. Significant damage mechanisms are observed and defined, and correlations between the average exit drill forces and the crack tip position are shown. Instantaneous forces as they vary along the orientation of the cutting edges are identified in terms of their contribution to the crack propagation.
机译:已经进行了一种实验研究,研究了钻孔纤维增强复合材料(FRCM),特别是单向(UD)碳纤维/环氧树脂引起的裂纹生长现象。它使用实验设置,利用视频技术来了解完全裂纹的生长现象,因为钻头从工件的出口侧出现。观察和定义显着的损伤机制,示出了平均出口钻力与裂缝尖端位置之间的相关性。它们沿着切削刃的取向变化的瞬时力量在其对裂缝繁殖的贡献方面鉴定。

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