[D1]Prospects for research group on systems resilience to realize both maximum efficiency and operational stability (The 2nd report)
○Nobutada Fujii(Kobe Univ.)
The 183rd ISIJ Spring Meeting
Mar 15 - Mar 17, 2022On-line
You can search for presentations in this event.
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The 183rd ISIJ Spring Meeting
Mar 15 - Mar 17, 2022On-line
You can search for presentations in this event.
SearchSearch Results(351)
[D2]Iron and steel-making process model for research discissions in “Resilient operations under aggressive environment” research group
○Hiroshi Narazaki(Kobe Steel)
[D3]An agent-based logistics simulator in an iron and steel-making plant taking account of stable deviation phenomenon
○Isao Ono(Tokyo Tech.)
[D4]Toward enhancing resilience in steel production scheduling (Fundamental model based on resource-constrained project scheduling problem with inventory and resource consumption and reproduction)
○Haruhiko Suwa1, Daisuke Morita2(1.Setsunan Univ., 2.Aichi Gakuin Univ.)
[D5]Analysis of deviation from stable state of steelmaking subprocess by stochastic automata model
○Kazutoshi Sakakibara, Kodai Araya, Yuki KItahara, Masaki Nakamura(Toyama Pref Univ.)
[D6]Formability and microstructure of high strength steel sheets for automotive: their development with transition of production technology
○Kaneaki Tsuzaki(NIMS)
[D7]Improvement of press forming simulation for high design of automobile body shape
○Naoki Ichijo(Toyota)
[D8]Increase of prediction accuracy of material flow using higher-order friction coefficient
○Tomoki Murata, Satoshi Abe, Yuji Funamoto, Masanori Butsukawa(Nissan)
[D9]Issues about stamping of automobile outer panels
○Hiromitsu Kaneda, Kentaro Kobari, Natsuki Hida(Suzuki Motor)
[D10]Enhancement of accuracy of forming simulation considering various deformation characteristics of high strength steel sheets for automobile
○Nobuyasu Noma, Shinnosuke Uda(UNIPRES R&D)
[D11]Effect of material anisotropies of high-strength steel sheet on localized deformation behavior in circular and oval hole expansion
○Toshiya Suzuki(Nippon Steel)
[D12]Improvement of forming simulation accuracy for high strength steel and analytical technology for springback reduction
○Yuta Kariyazaki, Satoshi Sumikawa, Akinobu Ishiwatari, Masaki Urabe, Yoshikiyo Tamai(JFE)
[D13]Evaluation of Die durability in shearing of 1.5GPa grade high tensile strength steel sheet
○Naoki Mizuta, Yasuhiro Hayashida, Kenji Yamamoto(Kobe Steel)
[D14]Wall thickness eccentricity in the tube making process and its possible utilization
○Hideo Sato(JFE)
[D15]Welding of tubes using explosive welding techniques and its application to produce tubes of uneven thickness
○Akihisa Mori, Keiichi Yae(Sojo Univ.)
[D16]Development of local thickening method of metal tube subjected to combined shear-compression stresses
○Kazuki Minemura, Toshihiko Kuwabara(Tokyo Univ. of Agriculture and Tech.)
[D17]Free hydraulic bulging and sinking for providing tubes with thickness distribution
○Atsushi Shirayori(Utsunomiya Univ.)
[D18]Effects of process parameters on microstructural of low carbon steel in die-less mandrel drawing for various thickness distribution
○Kuan-Huan Wang, Takuma Kishimoto, Tsuyoshi Furushima(The Univ. of Tokyo)
[D19]Optimization of forming load of tube edge thinning
○Yoshinori Yoshida(Gifu Univ.)
[D20]Research subjects in non-uniform deformation and damage in advanced high-strength steels
○Yoshitaka Okitsu(Honda R&D)
[D21]Lüders deformation of 5Mn-0.1C steels monitored by in-situ synchrotron X-ray diffraction under tensile loading
○Satoshi Morooka1, Takayuki Yamashita2, Motomichi Koyama3, Ayumi Shiro4, Aki Tominaga1, Takahisa Shobu1(1.JAEA, 2.Osaka Univ., 3.Tohoku Univ., 4.QST)
[D22]Visualization of strain distribution in the final fracture region by using digital image correlation method on replica films
○Norimitsu Koga(Kanazawa Univ.)
[D23]Full-field strain analysis of titanium alloys by sampling moiré method
○Qinghua Wang, Shien Ri(AIST)
[D24]Microstructural and mechanical characterisation of fatigue crack propagation in lath martensite carbon steel using miniature specimen
○Shohei Ueki1, Yoji Mine2, Kazuki Takashima2(1.Shimane Univ., 2.Kumamoto Univ.)
[D25]Small fatigue crack growth in a lath martensite microstructure characterized by in situ SEM using a FIB-notched specimen
○Motomichi Koyama1, Tingshu Chen1, Kaneaki Tsuzaki2, Lutz Morsdorf3(1.Tohoku Univ., 2.NIMS, 3.MPIE)
[D26]Microscale mechanisms and influencing environmental factors of hydrogen-assisted intergranular fatigue crack propagation in BCC iron
○Yuhei Ogawa(Kyushu Univ.)
[D27]Dislocation dynamics simulation under the influence of hydrogen
○Shinya Taketomi(Saga Univ.)
[D28]Fracture basing on the interaction between a crack and dislocations.
○Masaki Tanaka(Kyushu Univ.)
[D29]Corrosion behavior of SUS304 stainless steel contacting with agar film containing sodium chloride or sodium thiosulfate
○Takumi Haruna, Shota Nishio, Ema Uehata(Kansai Univ.)
[D30]Interaction between Cu concentration in stainless steel weld metals and microbial activity
○Yasuyuki Miyano1, Soichi Koyoda1, Kota Kdoi2, Syunta Kawabata2, Hiroshige Inoue2(1.Akita Univ., 2.Osaka Univ.)
[D31]MIC cases and immersion tests of metals in industrial water environment
○Toshiyuki Sunaba1, Yasuyuki Miyano2, Satoshi Wakai3, kazuhiko Miyanaga4, Nanami Eno1, Hirotaka Mizukami1(1.INPEX, 2.Akita Univ., 3.JAMSTEC, 4.Tokyo Tech., 5.INPEX)
[D32]Transition of microbial communities during the progression of corrosion
○Satoshi Wakai1, Nanami Eno2, Hirotaka Mizukami2, Toshiyuki Sunaba2, Kazuhiko Miyanaga3, Yasuyuki Miyano4(1.JAMSTEC, 2.INPEX, 3.Tokyo Tech., 4.Akita Univ.)
[D33]Iron corrosion with nitrite reduced from nitrate by two novel Prolixibacter species
○Takao Iino, Moriya Ohkuma(RIKEN-BRC JCM)
[D34]Isolation of methanogen inducing EMIC from freshwater environment
○Shin-ichi Hirano1, Satoru Wakai2, Fumiyoshi Ueno3, Akihiro Okamoto4(1.CRIEPI, 2.JAMSTEC, 3.JAEA, 4.NIMS)
[1]Gas permeability evaluation of granulated slag particles packed bed during softening and melting stage with Fanning's equation
○Ko-ichiro Ohno1, Takayuki Maeda1, Kazuya Kunitomo1, Yoshiki Kitamura1, Sohei Sukenaga2, Shungo Natsui2(1.Kyushu Univ., 2.Tohoku Univ.)
[2]Effect of FeO concentration in iron ore sinter on reduction behavior in hydrogen enriched blast furnace condition
○Ko-ichiro Ohno, Masashi Hara, Takayuki Maeda, Kazuya Kunitomo(Kyushu Univ.)
[3]Reduction disintegration behavior of iron ore sinter in blast furnace under high hydrogen condition and its modeling
○Taichi Murakami, Yuki Takahama, Daisuke Maruoka, Eiki Kasai(Tohoku Univ.)
[4]Technology for accelerating pulverized coal gasification by natural gas injection under oxygen blast furnace conditions
○Yuya Morita, Kouichi Takahashi, Sumito Ozawa, Taihei Nouchi, Yusuke Kashihara(JFE)
[5]Stabilization of operation by relativity centered maintenance analysis for coke oven machines
○Hideyuki Muraki, Kunimasa Hideyuki, Egawa hizuru(Nippon Steel)
[6]Increase heat at the end flue by adjusting the pulling pressure of the exhaust gas outlet
○Kazuki Nishino, Yakashiro Kennichi, Ikemoto Shintaro(Nippon Steel)
[7]Three-dimensional shape measurement of multiple coke particles using a medical X-ray CT scanner
○Shohei Matsuo1, Sadayoshi Aizawa1, Yukihiro Kubota1, Masayuki Inba2(1.Nippon Steel, 2.Nippon Steel Technology)
[8]Measurement of coking pressure with increasing ratio of briquette for use of non/slightly caking coals
○Takanori Takashima, Takashi Matsui, Tetsuya Yamamoto(JFE)
[10]Measures against accumulation of sulfur particles (desulfurization drainage) in the tank
○Ken Nimata, Masahiro Taniguchi(Kansai Coke and Chemicals)
[11]Renovation of Fukuyama No.3 coke oven battery
○Takahide Nakashima, Kunihiro Nuta, Masato Nagaki(JFE)
[12]Thermochemical properties of heterogeneous steelmaking slags
○Masakatsu Hasegawa(Kyoto Univ.)
[13]Thermodynamic properties of sulfur in the CaO–AlO1.5–CeO1.5 slag system at 1873 K
○Masaya Higuchi, Kazuki Morita(The Univ.of Tokyo)
[14]Deoxidation and desulfurization equilibria of molten iron with Lanthanum at 1873 K
○Hiroki Kaido, Hideki Ono(Univ. of Toyama)
[15]Activity of Cr2O3 and phase equilibrium relationship in the CaO-SiO2-Cr2O3 ternary system
○Ryohei Yamauchi, Yoshiaki Kashiwaya, Masakatsu Hasegawa(Kyoto Univ.)
[16]Investigation into relevance of solid electrolyte surface to emf measurement in Cr/Cr2O3-type zirconia sensor
○Naoya Saeki, Masashi Nakamoto, Toshihiro Tanaka(Osaka Univ.)
[17]Physicochemical properties of high temperature oxide melts
○Kunihiko Nakashima(Kyushu Univ.)
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