砥粒加工学会誌 66 巻 6 号 ／ 目次
Journal of the Japan Society for Abrasive Technology (JSAT) Vol.66 No.6 Contents

追特悼集

加工点の温度

塚田為康様を偲んで
伊藤昌樹，河西敏雄，池野順一 ·········································································································· 307
加工点温度の計測研究総覧
細川 晃······················································································································································ 310
高速切削の切削開始直後の工具へ流入する熱量の過渡的変化
篠塚 淳······················································································································································· 314
工具内部温度のモニタリング技術
松田 亮······················································································································································· 318
砥粒研削点の温度とその影響
奥山繁樹 ···················································································································································· 322
加工中の砥石表面温度測定および加工現象
福原義也，鈴木修平，笹原博之 ·········································································································· 326

研究室紹介富山県立大学 宮島研究室 ······················································································································ 330
信州大学 金属加工研究室・機械技術研究室···················································································· 331

賛助会員紹介不二越機械工業株式会社 ························································································································· 332
新東工業株式会社 ······································································································································ 333

若手技術者へ贈る言葉

若き技術者は貪欲であれ
宮下 勤 ······················································································································································ 334

論

文会告・その他

CH4-N2 ガスによるマイクロ波励起高密度プラズマを用いた窒素含有炭素膜の合成
大平将寬，田中一平，原田泰典 ·········································································································· 336
歯科用着色ジルコニアクラウンの 3D 造形技術の開発
第 1 報：着色ジルコニア粉末を用いたセラミックス 3D 造形への適応
近藤直樹, 水谷正義, 佐々木啓一, 厨川常元 ·············································································· 342
専門委員会／分科会報告 ························································································································· 348
会告2022 年度砥粒加工学会学術講演会 ············································································ 349
2022 年度砥粒加工学会学術講演会（ABTEC2022）講演募集について ············· 350
ABTEC2022 企業の皆様へのご案内 ··········································································· 352
ABTEC2022 公的研究機関・大学高専研究室・専門委員会の研究公開パネル展示のおすすめ ················································································ 356
第 1 回 砥粒加工学会 アフタヌーンセミナー ···························································· 357
2022 年度 第 1 回講演・見学会 ···················································································· 358(公社)砥粒加工学会 関西地区部会
令和四年度第 1 回 オンライン研究会 ······································································ 359(公社)砥粒加工学会 北陸信越地区部会 令和 4 年度 第 2 回研究会 ············· 360
ISAAT2022 講演論文募集
第 24 回 国際先端砥粒加工シンポジウム(ISAAT2022) ······································· 3612022 年 (公社)砥粒加工学会賛助会員会 第 1 回技術交流会 ···························· 3622022 年 (公社)砥粒加工学会賛助会員会 第 2 回技術交流会 ···························· 363(公社)砥粒加工学会 シニア会 会員募集のお知らせ ············································ 364(公社)砥粒加工学会 シニア会の説明 ········································································· 365
カレンダー ······················································································································································· 366
賛助会員名簿 ················································································································································ 367
編集後記 ························································································································································· 368

Journal of the Japan Society for Abrasive Technology (JSAT)Vol.66 No.6 Contents

Overview of the measurement of temperature in machining point
Akira HOSOKAWA ································································································································· 310
Transitional change in heat flowing into the cutting tool
just after beginning of cutting in high-speed cuttingSpecial Issue
Temperatureofthe processing point

Jun SHINOZUKA ····································································································································· 314
Monitoring technique of internal tool temperature
Ryo MATSUDA ········································································································································ 318
Effects of grinding point temperature on the characteristics of finished surfaces
Shigeki OKUYAMA································································································································· 322
Grinding wheel surface temperature measurement
and grinding condition during processing
Yoshiya FUKUHARA, Shuhei SUZUKI and Hiroyuki SASAHARA ·········································· 326
Toyama Prefectural University,

Introductionof Laboratories

Department of Mechanical Systems Engineering, Miyajima Lab. ··················································· 330
Shinshu university, Metalworking Laboratory
and Mechanical Technology Laboratory ································································································· 331

Corporationmembers
introduction
Dear young
generations

Fujikoshi Machinery Corp. ·························································································································· 332
SINTOKOGIO, LTD.······································································································································ 333

Tsutomu MIYASHITA ································································································································ 334
Synthesis of nitrogen-containing carbon films
using microwave-excited high-density plasma with CH4-N2 gas mixture
Masahiro OHIRA, Ippei TANAKA and Yasunori HARADA ························································ 336

PapersDevelopment of 3D printing technology for dentistry crown by colored zirconia
1st Report : Adaptation of colored zirconia powder for 3D printing of ceramics
Naoki KONDO, Masayoshi MIZUTANI, Keichi SASAKI
and Tunemoto KURIYAGAWA ············································································································ 342

Information································································································································································348～368

砥粒加工学会誌【特309集】加工点の温度
機械加工は，加工原理によって除去加工，成形加工，結合加工の 3 種類に大別される．
そのなかでも除去加工には研磨加工，研削加工，切削加工などがあり，被加工物と工具の加工点では瞬間的に高い温度の上昇と下降が生じることが多いが，温度の計測は困難である．加工点が外部から見えない，加工点の面積が小さい，湿式加工の場合は加工点が液中となる，などが理由である．しかしながら加工点の温度を把握できれば工具寿命や加工品質の改善に有益となる．そこで本特集では，加工点の温度の計測方法および加工現象についてご紹介いただく．

〔特集１〕 加工点温度の計測研究総覧〔特集４〕 砥 粒研削点の温度とその影響【奥山 繁樹】（おくやま・しげき）【細川 晃】（ほそかわ・あきら）

現職：防衛大学校 名誉教授
専門／業務：精密加工，精密計測，研削加工
連絡先：〒239-0822 神奈川県横須賀市浦賀5-25-6
TEL 090-7705-6964
e-mail：shigeki.okuyama0716@gmail.com

現職：公立小松大学
専門／業務：切削加工，研削加工，加工計測
連絡先：〒923-8511 石川県小松市四丁町ヌ1番地3
TEL 0761- 48-3145 FAX 0761-44-3506
e-mail：akira.hosokawa@komatsu-u.ac.jp〔特集２〕 高 速切削の切削開始直後の工具へ流入する熱量の過渡的変化〔特集５〕 加工中の砥石表面温度測定および加工現象【篠塚 淳】（しのづか・じゅん）

現職：横浜国立大学 大学院 工学研究院 准教授
専門／業務：生産工学・加工学
連絡先：〒240-8501 神奈川県横浜市保土ヶ谷区常盤台79-5
TEL 045-339-3878
e-mail：shinozuka-jun-yx@ynu.ac.jp【福原 義也】（ふくはら・よしや）

現職：三菱重工業株式会社 エナジードメイン
エナジートランジション＆パワー事業本部 GTCC
事業部 グローバル生産革新グループ
専門／業務：砥粒加工，精密加工，計測技術
連絡先：〒676-8686 兵庫県高砂市荒井町新浜2-1-1
TEL 070-6929-9706 FAX 079-445-6941
e-mail：yoshiya.fukuhara.25@mhi.com【鈴木 修平】（すずき・しゅうへい）〔特集３〕 工具内部温度のモニタリング技術【松田 亮】（まつだ・りょう）
現職：株式会社山本金属製作所
専門／業務：切削加工，加工計測
連絡先：〒547-0034 大阪府大阪市平野区背戸口2-4-7〒701-1221 岡山県岡山市北区芳賀5324
TEL 086-239-8585 FAX 086-286-8330
e-mail：matsuda@yama-kin.co.jp

Journal of the Japan Society for Abrasive Technology Vol.66 No.6 2022 JUN.

現職：東京農工大学
専門／業務：生産加工学
連絡先：〒184-0012 東 京 都 小 金 井 市 中 町
2-24-16
TEL 042-388-7240
e-mail：shuhei.suzuki1202@gmail.com【笹原 博之】（ささはら・ひろゆき）

現職：東京農工大学 教授
専門／業務：生産加工学
連絡先：〒184-0012 東 京 都 小 金 井 市 中 町
2-24-16
TEL 042-388-7240
e-mail：sasahara@cc.tuat.ac.jp

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