Durability of SiC-grindstone for dual-axes-driving wheel CFRP drilling machine

DOI Web Site 13 References
  • TSUGE Hideaki
    Research Institute for Machinery and Materials Gifu Prefectural Government
  • TAKEKOSHI Kunio
    Research Institute for Machinery and Materials Gifu Prefectural Government Gifu Economic and Industrial Promotion Center
  • YAMAGAMI Shigemasa
    Research Institute for Machinery and Materials Gifu Prefectural Government Tottori Institute of Industrial Technology
  • KAGA Tadashi
    Research Institute for Machinery and Materials Gifu Prefectural Government
  • BANDO Naoyuki
    Research Institute for Machinery and Materials Gifu Prefectural Government Gifu Prefectural Research Institute of Information Technology
  • DAISUKE Ogawa
    Research Institute for Machinery and Materials Gifu Prefectural Government
  • WATANABE Yoshimi
    Nagoya Institute of Technology

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Other Title
  • ２軸回転砥石を用いたCFRPの穴あけ加工法におけるSiC砥石の耐久性
  • 2ジク カイテン トイシ オ モチイタ CFRP ノ アナアケ カコウホウ ニ オケル SiC トイシ ノ タイキュウセイ

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Abstract

We proposed a new grinding processing method with a dual-axis-driven grinding wheel. In this method, although many types of grindstone could be used, we used the SiC-grinding wheel, which is both inexpensive and generally available, and we examined the durability of SiC-grinding stone wheels. The results indicated that the durability of SiC-grinding stone wheels improves with large grindstone particle size and high peripheral wheel speed.

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