[2-1]Memorial Lecture of JSPM Award
Microstructure Control of Porous Ceramics by Pyrolytic Reactive Sintering
〇Yoshikazu SUZUKI1(1.University of Tsukuba)
Spring Meeting of the Japan Society of Powder and Powder Metallurgy, 2021
Jun 1 - Jun 3, 2021Online
You can search for presentations in this event.
Search
Spring Meeting of the Japan Society of Powder and Powder Metallurgy, 2021
Jun 1 - Jun 3, 2021Online
You can search for presentations in this event.
SearchSearch Results(110)
[2-1]Memorial Lecture of JSPM Award
[2-2A]Structure and thermal conductivity of Al/Ti/Al3Ti compound material fabricated by reaction sintering
〇Shunta Nakamura1, Asuka Suzuki1, Naoki Takata1, Makoto Kobashi1(1.Nagoya University)
[2-3B]Low temperature pressure-less sintering process of aluminum powder using ternary eutectic alloy powder
〇Hideaki Hayashi1, Asuka Suzuki1, Naoki Takata1, Makoto Kobashi1(1.Department of Materials Process Engineering, Graduate School of Engineering, Nagoya University)
[2-4A]Formation of Al2O3-GAP eutectic ceramics by flash event
〇Yuta Aoki1, Hiroshi Masuda1, Hidehiro Yoshida1(1.The University of Tokyo)
[2-5A]The effect of flash sintering on the crystal structure of Y2O3
〇Ayano NAKAMOTO1, Kohta NAMBU2, Hiroshi MASUDA1, Hidehiro YOSHIDA1(1.The University of Tokyo, 2.National Institute for Materials Science)
[2-6A]Current effect on the sintering of oxides in pulsed current sintering
〇Koji Morita1, Byung-Nam Kim1(1.National Institute for Materials Science (NIMS))
[2-7B]Study on preliminary sintering conditions of MgF2 powder by using pulsed electric current sintering process
〇Tisei Tanimitsu1, Aoi Nishimi2, Yuji Kawakami2(1.Kuroki Kogyosyo .Inc, 2.National Institute of Technology , Kurume College)
[2-8A]Simultaneously enhanced dispersion and interfacial adhesion in Al matrix composites reinforced with nanoceramic-decorated carbon nanotubes
〇Weiwei ZHOU1, Naoyuki NOMURA1(1.tohoku university)
[2-9A]Effect of cooling rate on Mechanical Properties of Fe-3%Cu-0.7%C Sintered Steels using Cu Hybrid-Alloyed Steel Powder
〇Yuji Shigeta1, Masatoshi Aramaki1, Yoshifumi Ikoma1, Kosuke Ashizuka2, Yukiko Ozaki1(1.Kyushu University, 2.JFE Steel co.)
[2-10A]Grain growth control by fabrication of CuAlNi alloy and rolling and heat treatment
〇Shun Itai1, Akihisa Aimi1, Fujimoto Kenjiro1(1.Tokyo University of Science)
[2-11A]Microstructure and deformation behavior of Co-29mass%Cr-6mass%Mo alloy compacts.
〇Mie Ota KAWABATA1, Sho Matsumura3, Hiroshi FUJIWARA2, Kei AMEYAMA2(1.Ritsumeikan University research organization of Science and technology, 2.Ritsumeikan University, 3.Graduate student, Ritsumeikan University (present address: GS Yuasa Corporation))
[2-12A]Development of boron-added liquid phase sintered gear
〇Shigeki EGASHIRA1, Tomoyuki ISHIMINE1, Tomoyuki UENO1, Masahiro FUJII2(1.Sumitomo Electric Industries, Ltd., 2.Okayama University)
[2-13A]Vibration Dumping Behavior of Al-Si-Ti Sintered Material by Frequency Response Function of FFT Analyzer
Haruki MITSUMOTO2, 〇Atsushi HIBINO1(1.Toyama-Pref. Univ., 2.Toyama Pref. Univ. Student)
[2-14A]Deformation of CF/Cu composites fabricated by Metal Injection Molding
〇Toshiko OSADA1, Satoshi KOBAYASHI1, Kazunari SHINAGAWA2(1.Tokyo Metropolitan University, 2.Kyushu University)
[2-15A]Simulation of powder compaction and sintering by using the finite element method
〇Hidehiko Aoki1, Hideaki Matsubara4, Sota Terasaka2, Masayuki Takada3(1.ASIM Co., Ltd., 2.Japan Fine Ceramics Center, 3.Nippon Tokushu Goukin Co., LTD., 4.Tohoku University)
[2-16A]Simulation for sintering of substrate constrained porous coating
〇Sota TERASAKA1, Hideaki MATSUBARA1,2, Shuji MATSUMOTO3, Masayoshi SHIMIZU4, Hidehiko AOKI5, Teiichi KIMURA1(1.Japan Fine Ceramics Center, 2.Tohoku University, 3.Murata Manufacturing Co., Ltd., 4.Midori no sozai kenkyujo, 5.ASIM)
[2-17A]Combined PFM/DEM analysis of sintering of powder mixtures with different mixing ratios and dispersion degrees of dissimilar particles
〇Toshiki Ikeda1, Kentaro Kudo2, Kazunari Sinagawa2(1.Graduate school of Kyushu University, 2.Kyushu University)
[2-18A]Flowability of Inconel 718 alloy powders for additive manufacturing: A combined experimental and simulation study
〇Yufan Zhao1, Yujie Cui1, Huakang Bian1, Kenta Yamanaka1, Kenta Aoyagi1, Akihiko Chiba1(1.Institute for Materials Research, Tohoku University)
[2-19A]Next Generation Industrial 3D Printer Technology Project and Future Development
〇michiaki hashitani1(1.Technology Research Association for Future Additive Manufacturing(TRAFAM))
[2-20A]The properties of Cu-Cr alloy prepared by laser additive manufacturing
〇Yuji Sugitani1, Ken Imai1, Seiichi Matsumoto1, Yu Ishida1, Makoto Kushihashi1(1.Fukuda Metal Foil Powder Co., Ltd. )
[2-21A]Effect of Heat Treatment on η Phase Formation and Hardness of LPBF WC-Co with Different Carbon Content
〇Hiroyuki Ibe1,2, Junya Yamada1, Yuta Kato1, Masaki Kato3, Asuka Suzuki2, Naoki Takata2, Makoto Kobashi2(1.FUJIMI INCORPORATED, 2.Nagoya University, 3.Aichi Center for Industry and Science Technology)
[2-22A]Effect of Laser Scanning Strategy on Residual Stress in AlSi10Mg Objects Fabricated by Laser Powder Bed Fusion
〇Yota Inoue1, Shinya Sasaki2(1.Graduate school of Tokyo University of Science, 2.Tokyo University of Science)
[2-23A]Study of processing parameters of AlSi10Mg by electron beam melting
〇Kenta ISHIGAMI1, Kenta AOYAGI2, Huakang BIAN2, Akihiko CHIBA2, Yoshiki HASHIZUME1, Akiei TANAKA1, Isao MURAKAMI1(1.Toyo Aluminium K.K., 2.Tohoku University)
[2-24A]"Smoke" suppression effect by ball milling for alloy powder in electron beam additive manufacturing
〇Akihiko Chiba1, Kenta Aoyagi1, Yohei Daino1, Takahiro Kudo1(1.Institute for Materials Research, Tohoku University)
[2-25A]Single-Track Melting Tests for Ti-6Al-4V/Copper Multi-Material Electron Beam Powder Bed Fusion
〇Lei Wang1, Kengo Hieda1, Masayuki Okugawa1,2, Hirotoshi Kawabata1, Yuichiro Koizumi1,2, Takayoshi Nakano1,2(1. Dvision of Materials and Manufacturing Science, Graduatre School of Engineering, Osaka University, 2.AM Center, Graduatre School of Engineering, Osaka University)
[2-26A]Powder characteristics of binder jet 3D printing technology for metals
〇Yuta KINAI1, Toshiko OSADA1, Satoshi KOBAYASHI1, Tomo TAKAHASHI2, Yoshiyuki KATO3, Kenji YOKOYAMA4(1.Tokyo Metropolitan University, 2.Pacific Sowa Corporation, 3.Kato Professional Engineer Office, 4.ExOne KK)
[2-27A]Development of Sintering Furnace for Metal 3D Printer.
〇Hiromi IWAMOTO1, Yosuke MORIMOTO1, Ryunosuke YAMADA1, Yosuke TAKAMA(1.Shimadzu Industrial Systems Co.,Ltd.)
[2-28A]Evaluation of Porosity in Gas-atomized Powder by Synchrotron X-ray CT and Investigation of the Effect of Gas Species.
〇Noriharu Yodoshi1, Takahide Endo1, Naoya Masahashi1(1.Institute for Materials Research, Tohoku University)
[2-29A]Formation Mechanism of Powder Particles Fabricated by Freeze-dry Pulsated Orifice Ejection Method
〇Zhenxing ZHOU1, Yuta SEINO1, Suxia GUO1, Weiwei ZHOU1, Naoyuki NOMURA1(1.TOHOKU University)
[2-30A]The influences of process parameters on the powder formation in plasma rotating electrode process (PREP)
〇Yujie Cui1, Yufan Zhao1, Haruko Numata2, Kimio Wako3, Huakang Bian1, Kenta Aoyagi1, Kenta Yamanaka1, Akihiko Chiba1(1.Institute for Materials Research, Tohoku University, 2.Graduate School of Engineering, Tohoku University, 3.JAMPT Corporation)
[2-31A]Impact of Al/Al interface with extremely reduced oxide layer in ultrafine grained Al compact prepared by low oxygen powder metallurgy process
〇Dasom KIM1, Yusuke HIRAYAMA2, Zheng LIU2, Kenta TAKAGI2, Hansang KWON3, Makoto KOBASHI1(1.Nagoya University, 2.National Institute of Advanced Industrial Science and Technology, 3.Pukyong National Univerisity)
[2-32A]In-situ observation and formation mechanism of wet granulation process by electrostatic attraction
〇Takuto Sunada1, Masaki Nakamura1, Atsusi Yokoi1, Wai Kian Tan1, Go Kawamura1, Atsunori Matsuda1, Hiroyuki Muto1(1.Toyohashi University of Technology)
[3-1A]Fundamental examination of fabrication of ceramics using calcareous waste concrete powder by spark plasma sintering
〇Yasuyuki Kanda1(1.Faculty of engineering, University of the Ryukyus)
[3-2A]Mechanical properties enhancement of non-firing silica body using cellulose nanofiber as porous insulating material
〇Hiroyuki Kato1, Hideaki Kawabata1, Chika Takai2, Masayoshi Fuji1(1.Advanced Ceramics Research Center, Nagoya Institute of Technology, 2.Gifu University)
[3-3A]Fabrication of silica-base/CNTs non-firing ceramics and microwave absorption
〇Reina Yakubo1, Hadi SENA1, Masahiro ISHIHARA1, Tadashi HOTTA1, Masayoshoi FUJI1(1.Nagoya Institute of Technology)
[3-4A]Phase transformation and photocatalytic properties of Nb-added TiO2 powders prepared by a mechanochemical method
Taiga Suzuki1, Satoshi Koyasu1, Naoki Tarutani2, Tetsuo Uchikoshi3, 〇Takamasa Ishigaki1(1.Hosei University, 2.Hiroshima University, 3.National Institute for Materials Science)
[3-5A]Synthesis of Berthierite FeSb2S4 with ball-milling and its thermoelectric properties
〇Naohito TSUJII1, Takao MORI1, Hiroya SAKURAI1(1.National Institute for Materials Science)
[3-6A]Influence of added elements on the formation of fcc-Ti phase by mechanical alloying
〇Hikaru HARA1, Nagamasa Kametani1, Yoshikazu TODAKA1, Nozomu ADACHI1(1.Toyohashi university of technology)
[3-7A]Physicochemical Properties of Fe-Ni alloys prepared by mechanical milling
Keiichi N. Ishihara1, Takara Usami1, 〇Ryuta Mizumoto1, Takaya Ogawa1, Hideyuki Okuimura1(1.Graduate School of Energy Science, Kyoto University)
[3-8A]Characteristics of Iron – High Carbon Alloy Spark Plasma Sintered Compacts
〇Hiroki Naitou1, Shigehiro Kawamori1(1.Tamagawa University)
[4-1]Memorial Lecture of JSPM Award
The study on the mechanism of the enhancement of magnetic anisotropy of La-Co co-substituted ferrite magnets
〇Takeshi Waki1(1.Kyoto University)
[4-2A]Effect of Reducing Agents and Low Temperature Annealing on Crystalline Phase of W-Type Ferrites in the Sintering Process
〇Yuki Ohtsuka1, Gaku Obara1(1.Meiji University)
[4-3A]Characterization of Sm-Co alloy nanopowder prepared by low oxygen-induction thermal plasma process
〇Kwangjae PARK1,2, Yusuke HIRAYAMA2, Masaya SHIGETA3, Zheng LIU2, Makoto KOBASHI1, Kenta TAKAGI2(1.Nagoya University, 2.National Institute of Advanced Industrial Science and Technology (AIST), 3.Osaka University)
[4-4A]Production of SmFe12 magnets
〇Testuji Saito1(1.Chiba Institute of Technology)
[4-5A]Low Current Driven Vertical Domain Wall Motion Memory with Artificial Ferromagnet
〇Yu Min Hung1, Tian Li1, Ryusuke Hisatomi1, Yoichi Shiota1, Takahiro Moriyama1, Teruo Ono1(1.Kyoto University)
[4-6B]Nonreciprocal critical current in Nb/V/Ta superlattice superconductors
〇ryo kawarazaki1, yuta miyasaka1, fuyuki ando, tian li1, yuhei ikeda2, jun ishizuka2, hideki narita1, ryusuke hisatomi1, yoichi shiota1, takahiro moriyama1, akito daido2, yoichi yanase2, teruo ono1(1.Institute for Chemical Research, Kyoto University, 2.Graduate School of Science, Kyoto University.)
[4-7A]Study on alternating magnetization of magnetic nanoparticles in temperature-responsive polymeric Poly(N-isopropylacrylamide) (PNIPAM) hydrogels
〇Qi BI1, Yuta Kurashina1, Yoshitaka Kitamoto1(1.Tokyo Institute of Technology)
[4-8A]Synthesis of composite hydrogels composed of pH-responsive polymer and iron-oxide nanoparticles
〇Ye Chen1, Masataka Abe1, Yuta Kurashina1, Yoshitaka Kitamoto1(1.Tokyo Institute of Technology)
[4-9A]Charge transport properties in layered compounds MxTX2(M = Cr, Co, Ni, T = Nb, Ta, X = S, Se)
〇Shunsuke Yamanaka1, Chishiro Michioka1, Hiroaki Ueda1, Kazuyoshi Yoshimura1(1.Graduate School of Science, Kyoto University)
[4-10A]The Effect of Reduction in Size and Weight by Axial Gap Motor with Soft Magnetic Composites
〇Satomi Urushibata1, Shingo Kasai1, Hirofumi Hojo1, Hiroyuki Mitani1, Hironori Suzuki1(1.Kobe Steel, Ltd.)
110 results ( 1 - 50 )
- 1