メニュー
Search
Search Research Projects
Search Researchers
How to Use
Japanese
English
Back to previous page
MINAKUCHI Katsushi
水口 勝志
Connect your ORCID iD
*help
…
Alternative Names
MINAKUTI Katsushi 水口 勝志
MINAKUCH Kastushi 水口 勝志
Less
Researcher Number
70108405
Other IDs
External Links
Affiliation (based on the past Project Information)
*help
1998 – 2002: 愛媛大学, 工学部, 助手
1995 – 1996: 愛媛大学, 工学部, 助手
1986 – 1989: 愛媛大学, 工学部, 助手
Review Section/Research Field
Except Principal Investigator
Material processing/treatments
/
溶接工学
Keywords
Except Principal Investigator
円筒爆発成形法 / 純金属 / 成形圧力 / 音響インピーダンス / 粉体寸法 / 複合粉体 / 粉体接合 / 高密度成形 / 密度 / 粒子サイズ
…
More
/ 衝撃波 / 粉体間の三重点 / E / M値 / Aluminium and copper and iron powders / Clindrical axisymmetric explosion technique / Detonation pressure / Hardness and melting points / Particle size / Inter-particle bonding / Carbite disparsion type composite material / 複合ワイヤー / CO_2レーザー / 燃焼合成反応 / 金属間化合物 / 低気孔率 / 溶射緻密被膜 / 減圧チャンバーの有効性 / 対磨耗性の向上 / CO_2レーザ / TiNi金属間化合物 / 溶射 / 減圧チャンバー / 気孔率の低減 / 耐摩耗性の向上 / TiAl金属間化合物 / 気孔率 / 摩耗性の向上 / TiAl and TiNi intermetallic compound / Laser reactive syray / Coating layer / Wear resistance / Atmosphere and in chamber / Protect of oxidetion / New Atomize method / レーザ溶射 / テーラード組成調整式 / ストランドワイヤ / 金属間化合物皮膜 / テーラード組成 / トライボ特性 / 耐摩耗性 / 実機摺動部品 / 機械摺動部品 / レーザ溶射プロセス / ストランドワイヤー / FeAl系金属間化合物 / Fe-Al-Ti系金属間化合物 / 複合化配合プログラミング / Ni_3Al系金属間化合物 / テーラード・マテリアル設計 / Ti-Ni系金属間化合物 / Ni-Al系金属間化合物 / ライボ特性 / laser splaying / the equations for tailored compositions / stranded wire / intermetallic compounds coatings / tailored compositions / ecologically tailored coatings / wear resistance / friction and rotating parts of machines / 爆接クラッド鋼 / 残留応力 / 接合境界の瞬間加熱 / ステンレス鋼溶接継手溶接後の加熱 / 冷却併用処理 / 残留応力緩和法 / 溶接継手 / 残留応力軽減法 / 加熱・冷却併用処理 / Explosive Clad Steel / Resisual Stress / Instantaneous Heaing in Bonded Zone / Stainless Steel / Welded Joint / Post Weld Heating and Cooling Treatment / 母板初期温度 / 母板硬度 / 接合波形 / 接合面積 / 臨界爆薬荷重 / 引張強さ / 降伏強さ / 真空耐圧火薬試験器 / SUS304合せ材 / 母板炭素鋼板の硬さ / 爆発荷重 / 接合面積比 / Initial Temperature / Hardness / Critical Explosive Load / Welded Area / Wave / Yield Strength / Tensile Strength
Less
Research Projects
(
5
results)
Co-Researchers
(
3
People)
Project Start Year (Newest)
Project Start Year (Oldest)
Fabrication of Tailored-Tribo-Coatings for Intermetallic Compound by Laser Spraying Using Stranded Wire
Principal Investigator
ARAKI Takao
Project Period (FY)
2000 – 2002
Research Category
Grant-in-Aid for Scientific Research (A)
Research Field
Material processing/treatments
Research Institution
EHIME UNIVERSITY
PRODUCTION OF TiAl INTERMETALLIC COMPOUND WITH COMPOSITE WIRE BY LASER
Principal Investigator
NISHIDA Minoru
Project Period (FY)
1998 – 1999
Research Category
Grant-in-Aid for Scientific Research (B)
Research Field
Material processing/treatments
Research Institution
EHIME UNIVERSITY
STUDY ON HIGH DENSITY COMPACTION OF POWDER USING EXPLOSIVE COMPRESSION
Principal Investigator
NISHIDA Minoru
Project Period (FY)
1995 – 1996
Research Category
Grant-in-Aid for Scientific Research (B)
Research Field
Material processing/treatments
Research Institution
EHIME UNIVERSITY
The effect of the Physical Properties of Metal on the Explosive Welding Behavior
Principal Investigator
MURAKAMI Zen-ichi
Project Period (FY)
1988 – 1989
Research Category
Grant-in-Aid for General Scientific Research (B)
Research Field
溶接工学
Research Institution
EHIME UNIVERSITY
A Stydy on Residual Stress of Exploxive Clad Steel
Principal Investigator
NISHIDA Minoru
Project Period (FY)
1985 – 1987
Research Category
Grant-in-Aid for General Scientific Research (C)
Research Field
溶接工学
Research Institution
Ehime University
# of Projects (Dsc)
# of Projects (Asc)
1.
NISHIDA Minoru
(60036374)
# of Collaborated Projects:
5 results
# of Collaborated Products:
0 results
2.
ARAKI Takao
(70029312)
# of Collaborated Projects:
3 results
# of Collaborated Products:
0 results
3.
MURAKAMI Zen-ichi
(10036212)
# of Collaborated Projects:
2 results
# of Collaborated Products:
0 results
×
Are you sure that you want to connect your ORCID iD to this researcher?
* This action can be performed only by the researcher themselves.
この研究者とORCID iDの連携を行いますか？
※ この処理は、研究者本人だけが実行できます。
×
×
