砥粒加工学会誌 65 巻 12 号 ／ 目次
Journal of the Japan Society for Abrasive Technology (JSAT) Vol.65 No.12 Contents

追悼田島琢二様を偲んで桝田正美 ···················································································································································· 635
レーザ援用によるチタン合金の切削加工
杉田直彦, 伊藤佑介, 孫 慧傑··········································································································· 638

特集

難加工材の高度加工を実現する
複合加工技術電解現象を利用した超硬合金のミーリング加工
後藤昭弘 ···················································································································································· 642
短パルスレーザ電解複合加工による複合構造の創成
小玉脩平，夏 恒 ····································································································································· 646
多結晶ダイヤモンド工具を用いた単結晶 SiC の放電・研削複合加工
閻 紀旺······················································································································································· 650
切削とダイレスフォーミングを複合した新しい逐次加工技術
二ノ宮進一 ················································································································································· 654

砥粒加工基礎講座「砥石」
研究室紹介
賛助会員紹介
若手技術者へ贈る言葉

第 12 回 砥石の準備(その 2)：ツルーイングとドレッシング《一般砥粒砥石編》
田代芳章，岸本 淳································································································································· 658
金沢工業大学 精密工学研究室············································································································· 660
長岡技術科学大学 結晶工学研究室···································································································· 661
株式会社クリスタル光学 ···························································································································· 662
芝浦機械株式会社 ······································································································································ 663
豊かな感性,知恵を磨くことを忘れずに
北嶋弘一 ···················································································································································· 664
脆弱性と耐酸化性を備えた cBN 粒子含有ダイヤモンド粒子の合成と評価

論

文

大島龍司，崔祥仁，飯塚完司··············································································································· 666
Binder-free Abrasive Pellet CMG 砥石の開発と性能評価
周立波，野田雅人，東瀬大知，尾嶌裕隆，小貫哲平，清水淳，山本武幸 ······························ 671

会告・その他

専門委員会／分科会報告 ························································································································· 676
会報(公社)砥粒加工学会 関西地区部会報告 ··································································· 677(公社)砥粒加工学会 北陸信越地区部会 活動報告 ··············································· 678
会告
令和 3 年度 砥粒の日企画 オープンセミナー ························································· 679
2022 年度 (公社)砥粒加工学会 先進テクノフェア(ATF2022) ······························· 680(公社)砥粒加工学会 先進テクノフェア (ATF2022)
卒業研究発表会の発表募集について ····································································· 682
先進テクノフェア(ATF2022) 「砥粒加工学会推薦企業 ： リクルートフェア」の出展企業 参加募集について ····················································································· 683
第 50 回 グラインディング・アカデミー ·········································································· 684
カレンダー ······················································································································································· 685
総目次 ····························································································································································· 686
著者名索引 ···················································································································································· 694
編集後記 ························································································································································· 695Journal of the Japan Society for Abrasive Technology (JSAT)Vol.65 No.12 Contents

Laser-assisted cutting of titanium alloys
Naohiko SUGITA, Yusuke ITO and Huijie SUN················································································ 638

Special Issue
Hybrid processing
technology
or advanced
processing ofdifficult-to-machinematerials

Milling of sintered carbide using electrochemical reaction
Akihiro GOTO ··········································································································································· 642
Fabrication of hybrid structure by short-pulsed laser and electrochemical machining
Shuhei KODAMA and Wataru NATSU ································································································ 646
EDM/Grinding hybrid machining of single-crystal SiC
using poly-crystal diamond tools
Jiwang YAN ················································································································································ 650
New sequential processing combining cutting and die-less forming
Shinichi NINOMIYA ································································································································ 654

Lecture series ongrinding wheel

Preparation of grinding wheels Part 2

Introductionof Laboratories

Kanazawa Institute of TechnologyCorporationmembers
introduction
Dear young
generations

Yoshiaki TASHIRO and Jun KISHIMOTO ························································································· 658
Precision Engineering (PM4) Laboratory ···························· 660

Nagaoka University of Technology Crystal Engineering Laboratory ············································· 661
Crystal Optics Incorporated ······················································································································ 662
SHIBAURA MACHINE CO., LTD. ·············································································································· 663

Koichi KITAJIMA ········································································································································ 664
Synthesis and characterization of high friability
and high oxidation resistance diamond abrasives containing cBN particles
Ryuji OSHIMA, Xiang Ren CUI and Kanji IIZUKA ········································································ 666

PapersDevelopment and characterization of binder-free abrasive pellet
for CMG grinding wheel
Libo ZHOU, Masahito NODA, Taichi TOUSE, Hirotaka OJIMA,Teppei ONUKI, Jun SHIMIZU and Takeyuki YAMAMOTO ························································· 671

Information································································································································································676～695砥粒加工学会誌【特637集】

難加工材の高度加工を実現する複合加工技術
近年，付加価値の高い製品が求められるなか，材料がますます難加工化する傾向にある．そのため，難加工材に有効な新たな加工技術が研究されている．加工技術にはさまざまな原理があり，通常は単一の原理により被加工物を加工している．しかし，難加工材は単一の加工原理では加工が困難な場合がある．そこで，異なる原理の加工技術を組み合わせることで，難加工材の加工を可能とする技術が開発されている．本特集では，加工技術を組み合わせて高度加工を実現する最新の複合加工技術を紹介する．

〔特集１〕 レ
 ーザ援用によるチタン合金の切削加工【杉田 直彦】（すぎた・なおひこ）〔特集３〕 短 パルスレーザ電解複合加工による複合構造の創成

現職：東京大学
専門／業務：生産加工，工作機械
連絡先：〒113-8656 東京都文京区本郷7-3-1
TEL 03-5841-6336 FAX 03-5841-6336
e-mail：sugi@mfg.t.u-tokyo.ac.jp【小玉 脩平】（こだま・しゅうへい）
現職：東京農工大学
専門／業務：レーザ加工，微細加工，電解加工
連絡先：〒184-0012 東 京 都 小 金 井 市 中 町
2-24-16
TEL 042-388-7776 FAX 042-388-7776
e-mail：shuhei-kodama@go.tuat.ac.jp【伊藤 佑介】（いとう・ゆうすけ）
現職：東京大学
専門／業務：レーザ加工，レーザ援用切削加工，超高速イメージングの研究連絡先：〒113-8656 東京都文京区本郷7-3-1
TEL 03-5841-6356 FAX 03-5841-6336
e-mail：y.ito@mfg.t.u-tokyo.ac.jp【夏 恒】（なつわたる）

現職：東京農工大学
専門／業務：生産加工，電解加工
連絡先：〒184-0012 東 京 都 小 金 井 市 中 町
2-24-16
TEL 042-388-7776 FAX 042-388-7776
e-mail：summer@cc.tuat.ac.jp【孫 慧傑】（そん・けいけつ）
現職：東京大学
専門／業務：レーザ援用切削加工，超高速イメージングの研究連絡先：〒113-8656 東京都文京区本郷7-3-1
TEL 03-5841-6336 FAX 03-5841-6336
e-mail：k.son@mfg.t.u-tokyo.ac.jp〔特集４〕 多 結晶ダイヤモンド工具を用いた単結晶 SiCの放電・研削複合加工【閻 紀旺】（やん・じわん）

現職：慶應義塾大学 理工学部 機械工学科
専門／業務：超精密加工，マイクロ・ナノ加工
連絡先：〒223-8522 神奈川県横浜市港北区日吉3-14-1
TEL 045-5661445 FAX 045-5661495
e-mail：yan@mech.keio.ac.jp〔特集２〕 電 解現象を利用した超硬合金のミーリング加工【後藤 昭弘】（ごとう・あきひろ）

現職：静岡理工科大学 理工学部機械工学科教授
専門／業務：電気加工に関する研究開発
連絡先：〒437-8555 静岡県袋井市豊沢2200-2
TEL 0538-45-0127 FAX 0538-45-0127
e-mail：goto.akihiro@sist.ac.jp〔特集５〕 切 削とダイレスフォーミングを複合した新しい逐次加工技術【二ノ宮 進一】（にのみや・しんいち）
現職：日本工業大学 基幹工学部 教授
専門／業務：加工学，生産工学，品質工学
連絡先：〒345-8501 埼玉県南埼玉郡宮代町
学園台4-1
TEL 0480-33-7736 FAX 0480-33-7736
e-mail：ninomiya@nit.ac.jp

Journal of the Japan Society for Abrasive Technology Vol.65 No.12 2021 DEC.

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