[1][技術賞受賞講演] Effects of Alloying Elements and Carbon content on Static Recrystallization Behavior of Work Hardened Austenite
*KUBOTA Manabu1(1. Kimitsu R & D Lab., Nippon Steel Corp.)
日本金属学会 2020年春期(第166回)講演大会
Mar 17 - Mar 19, 2020東京工業大学大岡山キャンパス
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日本金属学会 2020年春期(第166回)講演大会
Mar 17 - Mar 19, 2020東京工業大学大岡山キャンパス
You can search for presentations in this event.
SearchSearch Results(821)
[2]Microstructure observation aged at 753K high concentration Cu-Ni-Si alloy
*YAMAZAKI TAISEI1, KOSHIKA YUKI1, TSUCHIYA TAIKI1, LEE SEUNGWON1, MATSUDA KENJI1, IKENO SUSUMU2, MOTOYOSHI FUMITAKE3, FUJIMARU YOICHI3, DOI YUKI3(1. University of Toyama, 2. Professor emeritus University of Toyama, 3. CHUETSU METAL WORKS CO., LTD.)
[3]Effect of isothermal holding on hardness in Cu alloy with multicomponent dispersoids
*SAKAMOTO Tatsuaki1, YANO Kyota2, HASHIMOTO Mitsunori3, OHFUJI Hiroaki4, TAKEBE Hiromichi1(1. Graduate school of Ehime Univ., 2. Faculty of Engineering of Ehime Univ., 3. Faculty of Engineering of Ehime Univ.（present: Mobitec）, 4. Geodynamics Research Center of Ehime Univ.)
[4]Microstructure and mechanical properties of Cu-Zn system alloys fabricated by different rolling processes
*IMOZUKA YUKI1, WATANABE CHIHIRO2, KOGA NORIMITSU2, MIURA HIROMI3(1. Kanazawa University(graduate student), 2. Kanazawa University institut Science and engineering, 3. Toyohashi University of technology)
[5]Effect of microstructure on strength and electrical conductivity of Cu-3.8mass%Zr alloy wires
NAKASHIMA Kaou1, KOGA Norimitsu2, KUNIMINE Takahiro2, WATANABE Chihiro2, *MONZEN Ryouichi2, MURAMATSU Naokuni3(1. Kanazawa University, 2. Kanazawa University, 3. NGK INSULATORS, LTD.)
[6]Quantitative Analysis of Soluted Iron in High Strength and High Conductivity Copper Alloy
*GOTO Kazuhiro1, SATOH Issei1, IIHARA Junji1(1. Sumitomo Electric Industries, Ltd.)
[7]Prediction Technology of Optical Reflectance of Copper Alloy
*Yoshida Hirokazu1, Shintomi Koichi1, Iwami Masayuki1, Kazama Yoshinori1, Nishino Fumika1(1. FURUKAWA ELECTRIC CO.,LTD.)
[52]Cathodic polarization behavior of carbon steels having rust layers of different thickness
*AGA Ichiro1, Deguchi Hiroshi2, Tsuchiya Hiroaki1, Hanaki Koushu1,3, Yamashita Masato1,3, Fujimoto Shinji1(1. Osaka Univ., 2. Kansai Electric Power Co., Inc., 3. Kyoto Materials Co., Ltd.)
[53]Electrochemical impedance characteristics and corrosion behavior of rusted carbon steel under water films
*TAKEHARA KATSUTOSHI1, Nishikata Atsushi2, Oi Azusa2, Tada Eiji2(1. Tokyo Institute of Technology, Material Science and engineering, 2. Tokyo Institute of Technology, Material Science and engineering)
[54]THz spectroscopy of Fe-based corrosion product (β-FeOOH) for reflection imaging application
*SHIOTA Akio1, TANABE Tadao2, OYAMA Yutaka2(1. Tohoku Univ., 2. Tohoku Univ.)
[55]The effect of heat treatment on corrosion behavior of Mg-6mass%Zn-1mass%Al alloy containing impurity Cu
*IKOMA Masato1, MORISHIGE Taiki2, KIKUCHI Tetsuo3, YOSHIDA Ryuichi3, TAKENAKA Toshihide2(1. Graduate School of Kansai University, 2. Kansai University, 3. CHUO-KOSAN, LTD.)
[56]Effect of recovery on exfoliation corrosion behavior of cold-rolled Mg-14mass%Li-1mass%Al alloy
*IKOMA Hayato1, MORISHIGE Taiki2, TAKENAKA Toshihide2(1. Graduate school of Kansai univesity, 2. Kansai university)
[57]Passive film characteristics and the feasibility of anodic oxidation treatment
to improve pitting corrosion resistance of AlCoCrFeNi HEA
*Pao Li1, Muto Izumi2, Sugawara Yu2(1. Tohoku univ. engineering dep. (student), 2. Tohoku univ. engineering dep.)
[58]Using acoustic emission to understand atmospheric pitting corrosion of SUS 420J2 martensitic stainless steel within a single dry-wet cycle
*WU Kaige1, ITO Kaita2, Shinozaki Ippei3, Enoki Manabu1(1. The University of Tokyo, 2. NIMS, 3. IHI Corp.)
[127]Microstructure and Characterization of Mechanoluminescent particle dispersed Al based composite
*OTA Yusuke1, TSUTHIYA Taiki1, LEE Seungwon1, IKENO Susumu2, MATSUDA Kenji1(1. University of Toyama, 2. Professor emeritus, University of Toyama)
[128]Fabrication and characterization of Ti-Ni shape-memory alloy reinforced aluminum composites
Nagasawa Toshinori1, *Kameya Kyoko2, Tsukamoto Hideaki2(1. Hosei University, 2. Hosei University)
[129]Fabrication of Al based composite using cellulose nanofibers
*Watanabe Syoma1, Nogami Takashi1, Ota Yusuke1, Tsutiya Taiki1, Lee Seungwon1, Matsuda Kenji1, Ikeno Susumu2(1. University of Toyama, 2. Professor emeritus University of Toyama)
[130]Fabrication and characterization of carbon nanotube reinforced magnesium composites
*TSUKAMOTO Hideaki1, UENO Mitsuhiro2(1. Hosei Uni, 2. Hosei Uni)
[131]SiCw/ SiCp-Reinforced Magnesium Composites Fabricated by Pulse Electric Current Sintering
*TSUKAMOTO Hideaki1, Sun Chang2(1. Hosei Uni., 2. Hosei Uni.)
[158]Molecular dynamics simulations of interactions between dislocations and twist grain boundaries in α-Ti
*MIYAZAWA Naoki1, ONAKA Susumu1(1. Tokyo Institute of Technology)
[159]Effect of process control agent on phase transformation of Ti-Mg solid solution
*KAMETANI Nagamasa1, TEJEDA OCHOA Armando2,5, YOTSUMOTO Shota2, TODAKA Yoshikazu3, ADACHI Nozomu3, MITSUHARA Masatoshi4, HERRERA RAMIREZ Jose Martin5, CABAÑAS MORENO Jose Gerardo6(1. Toyohashi university of technology,Graduate student, 2. Toyohashi university of technology, student, 3. Toyohashi university of technology, 4. Kyushu university, 5. CIMAV, 6. CINVESTAV)
[160]Effect of heat treatment on deformation behavior of Ti-Mo-Al shape memory alloy
*NOHIRA Naoki1,2, HAYASHI Kenta1,2, TAHARA Masaki2, HOSODA Hideki2(1. Graduate Student, TIT, 2. Tokyo Institute of Technology)
[161]Microstructure refinement of Ti–48Al–2Cr–2Nb alloy through the cyclic heat treatment and annealing
*YIM SEUNGKYUN1, Bian Huakang2, Aoyagi Kenta2, Yamanaka Kenta2, Chiba Akihiko2(1. Graduate School of Engineering, Tohoku University, 2. Institute for Materials Research, Tohoku University)
[162]Fatigue Properties of Ti-6Al-4V Alloy Fabricated by Directed Energy Deposition
*NAKANO Yoshikazu1, MORITA Daiji2, SHINOHARA Nobuhiro2, UKAI Yoshikazu2, SUMI Nobuyuki1, HASHIMOTO Takashi1(1. Mitsubishi Electric Corporation Nagoya Works, 2. Mitsubishi Electric Corporation Advanced Technology R&D Center)
[163]Effect of Microshot Peening on Surface Characteristics of β Titanium Alloy
*AOKI Toshinori1, HARADA Yasunori2(1. Hyogo Pref. Inst. of Technology, 2. Univ. of Hyogo)
[164]Investigation of modification of SiC nano-powder surface by mechanical alloying method
*ICHIKAWA Norichika1, KISHIMOTO Hirotatsu2, NAKAZATO Naofumi2(1. Graduate Student, Muroran Institute of Technology, 2. Muroran Institute of Technology)
[165]Direct evidence for two-dimensional oxide-ion diffusion in the hexagonal perovskite-related oxide Ba3MoNbO8.5–δ
*YASHIMA Masatomo1, TSUJIGUCHI Takafumi2, FUJII Kotaro1(1. Faculty of Science, Tokyo Institute of Technology, 2. Faculty of Science, Tokyo Institute of Technology (Graduate student))
[S1.1][Keynote Lecture] Harmonic Structure Design of a CrMnFeCoNi High Entropy Alloy
*AMEYAMA Kei1, TOGAWA Naoto2, AKADA Eri2, Sharma Bhupendra1, Yi Jangho1, KAWABATA Mie1(1. Ritsumeikan University, 2. Graduate student, Ritsumeikan University)
[S1.2]Effect of elemental combination on microstructure and mechanical properties of quaternary refractory medium entropy alloys
*HE QIAN1, Yoshida Shuhei1, Yasuda Hideyuki1, Tsuji Nobuhiro1,2(1. Dept. of Material Science and Engineering, Kyoto University、2. Elements Strategy Initiative for Structural Materials (ESISM), Kyoto University)
[S1.3]Grain orientation dependence of deformation microstructures and deformation behavior in high/medium entropy alloys
*YOSHIDA Shuhei1, Fu Rui3, Gong Wu5,6, Ikeuchi Takuto1, Bai Yu2,6, Shibata Akinobu2,6, Feng Zongqiang4, Wu Guilin4, Hansen Niels7, Huang Xiaoxu4,7, Tsuji Nobuhiro2,6(1. 京大工(院生)、2. 京大工、3. 重慶大(院生)、4. 重慶大、5. JAEA、6. 京大ESISM、7. デンマーク工科大)
[S1.4]Effect of nitrogen addition on the strength and ductility of CrCoNi equiatomic alloys
*LI LE1, Chen Zhenghao1,2, Niitsu Kodai1,2, Inui Haruyuki1,2(1. Kyoto University, 2. Kyoto University, Center for Elements Strategy Initiative for Structure Materials (ESISM))
[S1.5][Keynote Lecture] Multifunctional High-Entropy Compounds by Severe Plastic Deformation
*EDALATI Kaveh1(1. WPI-I2CNER, Kyushu University)
[S1.6]Fabrication of CrFeCoNiSi based high entropy sintered alloy by spark plasma sintering
*NISHIMOTO Akio1, NAKAJO Hiroaki2(1. Faculty Chem. Mater & BioEng., Kansai Univ., 2. Faculty Chem. Mater & BioEng., Kansai Univ. (Student))
[S1.7]Synthesis of (TiAlCrVZr)N high-entropy nitride from binary nitrides by using radiofrequency thermal plasma
*Pham Hoang Anh1, Imaoka Daichi1, Morito Shigekazu2, Kitagawa Hiroyuki1, Ohba Takuya2, Dougakiuchi Masashi3(1. Shimane University, Department of Materials Science and Physics, 2. Shimane University, Next Gen. Tatara Co-Creation Centre, 3. Shimane Institute for Industrial Technology)
[S5.1][Keynote Lecture] Study on High Power Density and High Efficiency of Permanent Magnet Synchronous Motor
*Enomoto Yuji1, Tokoi Hirooki1, Imagawa Takao1, Deguchi Kenta1, Nagata Minori1(1. Hitachi, Ltd. R&D Group)
[S5.2][Keynote Lecture] Role of Atomic–Scale Thermal Fluctuations in the Magnetization Reversal
*Toga Yuta1(1. NIMS; ESICMM)
[S5.3]Thermal fluctuation analysis for single grain reversal of NdFeB hot-deformed magnet
*YOMOGITA Takahiro1, Okamoto Satoshi1,2, Kikuchi Nobuaki1, Kitakami Osamu1, Hossein Sepehri-Amin2, Ohkubo Tadakatsu2, Hono Kazuhiro2, Hioki Keiko3, Hattori Atsushi3(1. Tohoku Univ., 2. ESICMM, NIMS, 3. Daido Steel Co.Ltd.)
[S5.4]Site preference and magnetic structure study on (Nd,Ce,La)2Fe14B by neutron powder diffraction and ab-initio calculation.
*HAWAI Takafumi1, MATSUMOTO Munehisa1, YANNO Masao2, SHOJI Tetsuya2, Hester James3, ONO Kanta1(1. KEK, 2. TOYOTA Motor Corp., 3. ANSTO)
[S5.5]The role of grain boundary magnetism in the temperature-dependent coercivity of Nd-Fe-B magnet
*Li Jiangnan1, Tang Xin1, Sepehri-Amin Hossein1, Ohkubo Tadakatsu1, Hono Kazuhiro1, Hioki Keiko2, Hattori A.2(1. CMSM-NIMS、2. Daido Steel Co., Ltd)
[S5.6]Magnetic Flux Density Measurement from Grain Boundary Phase Produced in 0.1at% Ga-doped Nd-Fe-B Sintered Magnet
CHO Youngji1, TAMAOKA Takehiro1, SATO Atsuko1, *MURAKAMI Yasukazu1, SASAKI Taisuke2, OHKUBO Tadakatsu2, HONO Kazuhiro2(1. Kyushu Univ., 2. NIMS)
[S5.7]First-principles study on structures of Nd-Fe alloys
*Ainai Yuta1, Tatetsu Yasutomi2, Terasawa Asako3, Gohda Yoshihiro3(1. Department of Materials Science and Engineering, Tokyo Institute of Technology, 2. University Center for Liberal Arts Education, Meio University, 3. Department of Materials Science and Engineering, Tokyo Institute of Technology)
[192][増本量賞受賞講演] Development of Ti-based biomedical shape memory and superelastic alloys
*HOSODA Hideki1(1. IIR, Tokyo Tech)
[193]Relationship between isothermal α″ formation and deformation behavior in Ti-Mo base shape memory alloy
*TAHARA Masaki1, HASUNUMA Kazuya2, HOSODA Hideki1(1. 東工大研究院、2. 東工大（院生）)
[194]The microstructure of stress-induced martensite in Ti-Nb alloys
*CHAI Yaw Wang1, KIM Hee Young2, HOSODA Hideki3, MIYAZAKI Shuichi2(1. 東工大物質理工、2. 筑波大物質工、3. 東工大フロンティア材料研究所 )
[196]Martensitic transformation of quaternary isoatomic medium-entropy alloys
*MATSUDA Hiromichi1,2, SHIMOJO Masayuki3, MURAKAMI Hideyuki2, MITARAI Yoko2(1. Shibaura Institute of Technology, 2. National Institute for Materials Science, 3. Shibaura Institute of Technology)
[225]Effects of Accidental Crack Size and Voltage Probe Distance on Critical Current, n-value and their Correlation in Coated Superconducting Tape
*OCHIAI Shojiro1, OKUDA Hiroshi2(1. Kyoto University, ESISM, 2. Kyoto University, Graduate School of Engineering)
[226]Mechanical properties at elevated temperatures of bronze alloy for superconducting wires
*TANIGUCHI Hiroyasu1, MIZUTA Yasunari2, MIZUTA taiji3, KIKUCHI Akihiro4, MIYAZAWA Yasuyuki5(1. OAW, 2. OAW, 3. OAW, 4. NIMS, 5. Tokai Univ)
[227]Compressive stress dependence on the critical current property of the matrix reinforced Nb3Sn multifilamentary wire using ternary bronze alloy
*HISHINUMA Yoshimitsu1, OGURO Hidetoshi2, TANIGUCHI Hiroyasu3, AWAJI Satoshi4, KIKUCHI Akihiro5(1. NIFS, 2. Tokai Univ., 3. OAW Co., Ltd, 4. IMR, Tohoku Univ., 5. NIMS)
[228]Effect of Mo addition to Nb3Sn superconducting wires
*HIMURA Koji1, Nagasawa Masaki1, Onodera Hiroki1, Suzuki Haruna1, Oguro Hidetoshi1(1. Tokai Univ.)
[229]Elemental distribution behavior of Hf doped Nb3Sn superconducting wires
NAGASAWA Masaki1, ONODERA Hiroki1, HIMURA Koji1, *OGURO Hidetoshi1(1. Tokai Univ.)
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