[Plenary-01]Fabrication and characterization of Cu/C composite materials using an innovative solid-liquid co-existent phase process
*Jean-Francois SILVAIN1(1. ICMCB-CNRS(France))
JSPM International Conference on Powder and Powder Metallurgy ～60th Anniversary～ (JSPMIC2017)
2017年11月6日〜11月9日京都大学百周年時計台記念館
当該イベント内で検索します。
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JSPM International Conference on Powder and Powder Metallurgy ～60th Anniversary～ (JSPMIC2017)
2017年11月6日〜11月9日京都大学百周年時計台記念館
当該イベント内で検索します。
検索する検索結果(305)
[P-A1-01]TiN and AlN reaction synthesis: laser control and modeling
*Igor Shishkovsky1(1. P.N. Lebedev Physics Institute of Russian Academy of Sciences, Samara branch(Russia))
[8D-A1-01][INVITED] Discrete element simulations: modeling powder metallurgy processes at the particle length scale
Denis ROUSSEL1, Paul PARANT1,2, David JAUFFRES1, Sébastien PICART2, Julie VILLANOVA3, Rajendra K BORDIA4, *Christophe L MARTIN1(1. Univ. Grenoble Alpes, CNRS(France), 2. CEA, Nuclear Energy Division, Research Department of Mining and Fuel Recycling ProCesses(France), 3. ESRF The European Synchrotron(France), 4. Clemson University(United States of America))
[8D-A1-02][INVITED] Computer Simulation Studies on Sintering and Grain Growth
*Hideaki MATSUBARA1(1. Graduate School of Environmental Studies, Tohoku University(Japan))
[8D-A1-03][INVITED] Experimental and numerical simulation of solvent and supercritical fluid debinding of Inconel 718 components realized by metal injection moulding
*Aboubakry AGNE1, Thierry BARRIERE1, Sébastien RICHARD1, Olivier DUGAUGUEZ1, Alexandre ROYER1(1. The University of Bourgogne Franche-Comté(France))
[8D-A1-04]Coupled analysis of heat transfer and sintering behavior in ceramic plates
*Kazunari SHINAGAWA1, Noe KOTO2, Hiroshi OHNISHI2(1. Kyushu University(Japan), 2. Nikkato Corp.(Japan))
[8D-A1-05]Computer simulation study on sintering and delamination of porous ceramics coating
*Sota TERASAKA1, Hideaki Matsubara1(1. Tohoku University(Japan))
[8D-A1-06][Invited] Evaluation of theoretical sintering models from experiments
*BYUNGNAM KIM1, Tohru S Suzuki1, Koji Morita1, Hidehiro Yoshida1, Ji-Guang Lee1, Hideaki Matsubara2(1. National Institute for Materials Science(Japan), 2. Tohoku University(Japan))
[7A-A2-01]Fabrication of Multiple and Tapered Nozzle Holes for Diesel Engine by High-speed Centrifugal Compaction (HCP) Combined with 3D-Printered Cores, Part3Refinement of the Process
Hiroyuki Y. Suzuki1, *Taketoshi Wada2, Yoshio Zama3(1. Graduate School of Education, Hiroshima University (Japan), 2. Graduate School of Mechanical Engineering, Hiroshima University(Japan), 3. Graduate School of Mechanical Engineering, Gunma University(Japan))
[7A-A2-02]Development of All-ceramic Artificial Teeth Using a High-speed Centrifugal Compaction Process with a 3D printerProcess Refinement for Zirconia Teeth
Hiroyuki Y Suzuki2, *Michiyoshi Ishii1(1. Mechanical engineering, Hiroshima university(Japan), 2. Graduate school of Education(Japan))
[7A-A2-03]Wear Resistance of Sintered Pure Iron Treated by Acetylene Gas Carburizing Process
*Muhammad Kozin1,2, Naoya Yamada3, Masatoshi Aramaki1, Yukiko Ozaki1, Osamu Furukimi1(1. Department of Materials Science and Engineering, Kyushu University(Japan), 2. Agency for the Assessment and Application of Technology(Indonesia), 3. Nihon Techno Corporation Limited(Japan))
[P-A2-01]Effect of Superheated Steam Amount on Rapid Debinding of Alumina Molded Bodies
*Toshiki Nakamura1, Norio Muto2, Atsushi Nahira3(1. Takasago Industry(Dept. Eng., Osaka Prefecture Univ.)(Japan), 2. Takasago Industry.(Japan), 3. Dept. Eng., Osaka Prefecture Univ.(Japan))
[8A-A2-01][INVITED] HIP Application and Trends in Korea
*Yong-Jin KIM1, Sangsun YANG1, Tae-Soo LIM1(1. Korea Institute of Materials Science(Korea))
[8A-A2-02]SLIMMER (A Novel Batch Powder Manufacturing Process): A Comparative Life Cycle Analysis with Conventional Techniques
*Matthew OZOEMENA1, Gregory J. GIBBONS1(1. WMG, The University of Warwick(UK))
[8A-A2-03]Computer Simulation Studies on Liquid Phase Sintering by Molecular Dynamics and Monte-Carlo Methods
*Shuji MATSUMOTO1, Masayoshi SHIMIZU4, Hiroshi NOMURA3, Hideaki MATSUBARA2,3(1. Murata Manufacturing Co., Ltd.(Japan), 2. Tohoku University(Japan), 3. Japan Fine Ceramics Center(Japan), 4. Midorinosozai Laboratory(Japan))
[8A-A2-04]Field-assisted and Flash Sintering of Oxide Ceramics: Densification and Microstructural Evolution
*Hidehiro YOSHIDA1, Koji MORITA1, Byung-Nam KIM1, Yoshio SAKKA1, Takahisa YAMAMOTO2(1. National Institute for Materials Science(Japan), 2. Nagoya University(Japan))
[8A-A2-05]Development of ceramic molds suitable for high-speed centrifugal casting
Hiroyuki Y. Suzuki1, *Ryuto Tanaka2(1. Graduate School of Education, Hiroshima University(Japan), 2. Graduate School of Mechanical Engineering, Hiroshima University (Japan))
[7F-A3-01][INVITED] Al-SUS316L composite materials manufactured by the spark plasma sintering process
*Hansang KWON1,2, Jehong Park2, Akira Kawasaki3(1. Pukyong National University(Korea), 2. Next Generation Materials Co., Ltd(Korea), 3. Tohoku University(Japan))
[7F-A3-02]The effect of YSZ and cBN addition on the consolidation of WC-Co by spark plasma sintering
*Thabiso LANGA1, Peter OLUBAMBI1, Miltia LESUFI1(1. Centre for Nanoengineering and Tribocorrosion, School of Mining, Metallurgy and Chemical Engineering University of Johannesburg(South Africa))
[7F-A3-03]Spark plasma sintering of Ni-graphite composite powder synthesized by electrical explosion of wire in liquid and its properties
*THUYET MINH NGUYEN1, JIN-CHUN KIM1, JIN-HUYNG KIM1, DONG-WAN LEE1(1. School of Materials Science and Engineering, University of Ulsan, korea(Korea))
[7F-A3-04]Biocompatible Ti-based bulk metallic glassy composites produced by spark plasma sintering
*Guoqiang XIE1,2,3, Shengli ZHU4, Hiroyasu KANETAKA1,3(1. Graduate School of Dentistry, Tohoku University, Sendai 980-8575(Japan), 2. Shenzhen Graduate School, Harbin Institute of Technology, Shenzhen 518055(China), 3. Graduate School of Biomedical Engineering, Tohoku University, Sendai 980-8579(Japan), 4. School of Materials Science and Engineering, Tianjin University, Tianjin 300072(China))
[7F-A3-05][INVITED] Spark Plasma Sintering of Mesporous Powders
*Lianjun WANG1, Wan JIANG1(1. College of Material Science & Engineering, Donghua University(China))
[7F-A3-06][INVITED] Fabrication of FeB-Fe/Ni system hard materials by spark plasma sintering and their characteristics
*Zhefeng XU1, Kazuhiro MATSUGI1, Shaoming KANG1, Yombum CHOI1, Jinku YU2(1. Graduate School of Engineering, Hiroshima University(Japan), 2. State Key Laboratory of Metastable Materials Science and Technology, Yanshan University(China))
[7F-A3-07]Evolution of microstructure heterogeneity during two-step PECS of polycrystalline alumina
*HIEN HUU NGUYEN1, MAKOTO NANKO1(1. Nagaoka University of Technology(Japan))
[7F-A3-08]Microstructural evolution studies of nanostructured Ti-Ta-Zr alloy during spark plasma sintering
*Moipone Linda LETHABANE1, Lubabalo M KUBONI1, Peter Apata OLUBAMBI2, Bamidele Lawrence BAYODE1, Mxolisi Brendon SHONGWE1, Munyadziwa Mercy RAMAKOKOVHU1(1. Institute for NanoEngineering Research, Department of Chemical, Metallurgy and Materials Engineering, Tshwane University of Technology(South Africa), 2. Centre for Nanoengineering and Tribocorrosion, School of Mining, Metallurgy and Chemical Engineering, University of Johannesburg(South Africa))
[7F-A3-09]Ti-Nb and Ti-Ni Shape Memory Alloys Produced by Powder Technology: Microstructure, Mechanical and Superelastic Properties
*Abdollah Bahador1, Esah Hamzah1, Katsuyoshi Kondoh2, Tuty Asma Abu bakar1, Farazila Yusof3, Junko Umeda2, Shota Kariya2(1. Universiti Teknologi Malaysia(Malaysia), 2. Osaka University(Japan), 3. University of Malaya(Malaysia))
[P-A3-01]Effect of electrical property of graphite die on sintering behavior of Spark Plasma Sintering process
*Tatsuya MISAWA1, Yuji KAWAKAMI2, Masakazu KAWAHARA3(1. Saga University(Japan), 2. Kurume National Collage of Technology(Japan), 3. Kawahara SPS Technical Office(Japan))
[P-A3-02]Control of temperature distribution in sintering die on Multi-Axis Current Sintering process
*Yuya MAEDA1, Tatsuya MISAWA1, Kenichi SUNAMOTO2(1. Saga University(Japan), 2. Akane Co., Ltd.(Japan))
[P-A3-03]Electrochemical Characteristics of Titanium-Manganese Oxide Composites Synthesized through SPS and PLD Techniques
*Thato Sharon TSHEPHE1, Peter OLUBAMBI2, Kenneth OZOEMENA3, Iakovos SIGALAS4(1. Department of Metallurgical Engineering, University of Johannesburg, Johannesburg 2006(South Africa), 2. Department of Chemical Engineering, University of Johannesburg, Johannesburg 2006(South Africa), 3. School of Chemistry, University of the Witwatersrand, Wits 2050(South Africa), 4. School of Chemical and Metallurgical Engineering, University of the Witwatersrand, Wits 2050(South Africa))
[P-A4-01]Characterization of High Strength ODS Ferritic Stainless Steels Fabricated by Mechanical Alloying and Uniaxial Hot Pressing Processes
*Sanghoon NOH1, Ga Eon KIM1, Suk Hoon KANG1, Jinsung JANG1, Tae Kyu KIM1(1. Korea Atomic Energy Research Institute(Korea))
[P-A4-02]Microstructures and Mechanical Properties of Cross Rolled ODS Steel Plates for Advanced Nuclear Applications
*Sanghoon NOH1, Suk Hoon KANG1, Tae Kyu KIM1(1. Korea Atomic Energy Research Institute(Korea))
[P-A4-03]Fabrication of nano-scale oxide dispersed strengthened iron by solution combustion process and spark plasma sintering
*Minli Qin1, Deyin Zhang1, Haiqing YIn1, Baorui Jia1, Haoyang Wu1, Yuxiao Wang1, Xuanhui Qu1(1. Institute for Advanced Materials and Technology, University of Science and Technology Beijing(China))
[P-A4-04]Oxidation behavior of highly concentrated TiC-SKD11 composite fabricated by a liquid pressing infiltration process
*Seungchan CHO1, Ilguk JO1, Yeonghwan LEE1, Sangmin SHIN1, Donghyun LEE1, Sang-Bok LEE1, Sang-Kwan LEE1(1. Korea Institute of Materials Science (KIMS)(Korea))
[8A-A4-01][INVITED] Master Alloys for introducing alloying elements in low-alloy steels: new concepts and possibilities
*Raquel DE ORO CALDERON1, Christian Gierl-Mayer1, Herbert Danninger1(1. TU Wien(Austria))
[8A-A4-02]Improvement of Fatigue Strength of Liquid Phase Sitered Steel by Using Pre-alloyed Powder
*Shigeki Egashira1, Tomoyuki Ishimine1, Tomoyuki Ueno1(1. Sumitomo Electric Industries, LTD.(Japan))
[8A-A4-03]Anti-adhesive wear properties improved matrix-toughened seat, valve material
*Hiroyuki Yamamoto1(1. FINE SINTER CO., LTD.(Japan))
[8A-A4-04]The behaviour of Low Alloy Steel Powder during uniaxial cold compaction – influence of the geometry
*Ilaria Cristofolini1, Alberto Molinari1, Gianluca Pederzini2, Alex Rambelli2(1. University of Trento (Italy), 2. Sacmi Imola S.C.(Italy))
[8A-A4-05]Property of sintered rolling carburized helical gear applied for Ni-Mo pre-alloy steel powder
*Yuji Taniguchi1, Satoshi Nishida1, Masaki Yoshida1, Teruie Takemasu2, Hiroshi Sasaki3(1. Kobe Steel, Ltd.(Japan), 2. Tokyo University of Science, Suwa(Japan), 3. Nissei Co., Ltd(Japan))
[8A-A4-06]The formation behavior of nano-sized oxide particles formed in mechanically alloyed powder
*Ga Eon KIM1, Sanghoon NOH1, Suk Hoon KANG1, Young Do KIM2, Tae Kyu KIM1(1. Korea Atomic Energy Research Institute(Korea), 2. Hanyang University(Korea))
[8A-A4-07][INVITED] Cost-effective sinter-hardening in the 21st centuryRequirements on sinter-hardening material and process
*Ola LITSTROM1, Ulf ENGSTROM2, Simon TAN2(1. Hoganas Taiwan Ltd(Taiwan), 2. Hoganas China Co. Ltd(China))
[8A-A4-08]Cancelled
[8A-A4-09]SINTER HARDENING PROPERTIES OF LOW-ALLOY PM STEELS
*Hirofumi HOJO1, Satomi URUSHIBATA1, Ryo KOBAYASHI1, Masaki YOSHIDA1, Satoshi NISHIDA1(1. Kobe Steel, Ltd.(Japan))
[P-A5-01]Direct joining between metal and polymer using protruding anchor layer fabricated by laser-induced combustion synthesis
*Seung Gwang KIM1, Asuka SUZUKI2, Naoki TAKATA2, Makoto KOBASHI2(1. Graduate student, Nagoya University(Japan), 2. Graduate school of Engineering, Nagoya University(Japan))
[9E-A5-01][INVITED] Current status of PM Aluminum in Europe and the US
J.Gradl1, *Bernhard MAIS1(1. Kymera International, ECKA Granules Germany GmbH (Germany))
[9E-A5-02][INVITED] SHS-based powder technologies for design of advanced high-temperature materials Combustion synthesis of refractory solid solution and intermetallic materials
*Evgeny Alexandrovich Levashov1, Victoria Vladimirovna KURBATKINA1, Yury Sergeevich POGOZHEV1, Alexander Anatol'evich ZAITSEV1, Yury Yur'evich KAPLANSKII1(1. National University of Science and Technology (Russia))
[9E-A5-03]Solid solution strengthening mechanisms of PM α-Ti materials with zirconium and oxygen atoms via thermal decomposition of ZrO2 additives in sintering
*Mizuki FUKUO1, Shota KARIYA1, Junko UMEDA1, Katsuyoshi KONDOH1(1. Joining and Welding Research Institute Osaka University(Japan))
[9E-A5-04]Strengthening mechanism of α-Ti materials by synergy effect of substitutional and interstitial solid solution via powder metallurgy
*Shota KARIYA1, Mizuki FUKUO1, Junko UMEDA1, Masato YOSHIYA2, Katsuyoshi KONDOH1(1. JWRI, Osaka University(Japan), 2. Department of Adaptive Machine Systems, Osaka University(Japan))
[9E-A5-05]Wear resistance of the developed TiB reinforced titanium metal matrix composites fabricated via blended elemental powder metallurgy process
*Katsuomi Shiina1, Yoshihisa Ueda1, Tadahiko Furuta2(1. FINE SINTER CO., LTD.(Japan), 2. TOYOTA CENTRAL R&D LABS., INC.(Japan))
[9E-A5-06]Development of tungsten containing neodymium oxide, an Alternative Material for ThO2-W Used for Plasma Cathodes
*Tatsuya MOURI1, Kouji FUJII1, Katsuyuki MORII2, Tadao UETSUKI3, Takayuki WATANABE4(1. Nippon Tungsten Co., Ltd.(Japan), 2. HIMEJI RIKA Co., Ltd.(Japan), 3. TSUYAMA National College of Technology(Japan), 4. KYUSHU University(Japan))
[7A-A6-01][INVITED] High Precision Metal Powder Mix Concept Engineered for High Precision VVT Components
*Ulf Engstrom1(1. Hoganas (China)Co.,Ltd(China))
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