The 188th ISIJ Meeting
Date
September 18 to 20, 2024
Reception: 8:15 - 16:00 (September 18 to 19), 8:15 - 14:00 (September 20)

Venue
Osaka University, Toyonaka Campus
Machikaneyama, Toyonaka, Osaka, Japan

Access toOsaka University©Osaka University

By Train:
15 min. east on foot from Ishibashi handai-mae on Hankyu Takarazuka Line.
By Monorail:
10 min. west on foot from Shibahara-handai-mae on Osaka Monorail.

1For more information, please see the following website.
https://www.osaka-u.ac.jp/en/access/top

Campus map©Osaka University

2

Center for Education in Liberal Arts and Sciences(CELAS)
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Program of the 188 th ISIJ Meeting (September 18-20, 2024)
Discussion Sessions
High Temperature Processes
Lecture No.
Discussion Session

Title

Speaker

Page

Multi-scale evaluations on microstructures of high-quality iron ore sinters
D1 Effect of increment in Al2O3 concentration on microstructures of iron ore sinters from the perspectiveof the CaO-SiO2-Fe2O3-Al2O3 system

M. Hayashi

・・・

299

D2 Evaluation of reducibility on multi-component calcium ferrite separated from iron ore sinterD. Maruoka

・・・

303

D3 (ISIJ Research Promotion Grant) Observation of reduction reactions of iron-ore sinters using X-ray
microscopes and prediction of reaction locations (“trigger sites”) by persistent homology

M. Kimura

・・・

305

D4 Crystal structure of SFCA phases in sintered ores: discovery of Fe2O3-rich SFCA-III phase

K. Sugiyama

・・・

309

H. Suwa

・・・

311

Instrumentation, Control and System Engineering
6\VWHPVWHFKQRORJLHVWRZDUGHQKDQFLQJHQHUJ\HI¿FLHQF\
D5 Toward systemic optimization of steel-making energy chains
D6 Development of guidance system for fuel and power management in steel works

K. Suzuki

・・・

313

D7 Development of human cooperative simulator for fuel logistics planning at thermal power plants

T. Imoto・・・317' $VWXG\RQV\VWHPLFRSWLPL]DWLRQLQVWHHOZRUNVUHVSRQGLQJWRÀXFWXDWLRQVLQHQHUJ\VXSSO\and demand

N. Fujii

・・・

321

D9 LCA research in the iron and steel industry and the possibility of applying systems approach

T. Nonaka

・・・

323

D10 Visualization of the lower steelmaking processes by time automata modeling

K. Sakakibara

・・・

325

327

Processing for Quality Products
Tribological studies on steel rolling
D11 (Keynote Lecture) History of micro-plasto hydrodynamic lubrication in metal forming

A. Azushima・・・' 0LFURSODVWRK\GURG\QDPLFOXEULFDWLRQLQFROGUROOLQJRIVWHHOVKHHW ,QÀXHQFHRIWKHVXUIDFH
roughness of steel sheet and roll)T. Nishimura

・・・

331

D13 Discussion on micro-plast hydrodynamic lubrication in rolling based on in situ observation

H. Utsunomiya ・・・

335' 0HDVXUHPHQWRIRLO¿OPWKLFNQHVVGLVWULEXWLRQLQUROOELWHGXULQJFROGUROOLQJXVLQJTXDQWXPGRWV

0 6KLPXUD

・・・

337

D15 Effect of plate surface condition and backward tension on lubricating behavior in cold rolling

A. Yanagida

・・・

339

D16 Development of stress distribution measurement method on roll surface during rollingY. Maeda

・・・

342

D17 3D FEM of temper rolling for investigation of roll deformation and friction

W. Baba・・・

346

D18 Experimental study of rapid cooling technology

Y. Serizawa

・・・

349

D19 Construction of heat treatment analysis model considering transformation plasticity andDFFXUDF\YHUL¿FDWLRQ

7 )XMLVDZD

・・・

350

' 0RGHOLGHQWL¿FDWLRQIRUFRLOLQJWHPSHUDWXUHFRQWUROE\RSWLPL]DWLRQPHWKRG

+ ,PDQDUL

・・・

354

D21 Spray cooling of high-temperature surfaces under controlled environmental conditions

M. Kohno・・・

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・・・

361

D23 Observation of morphology of voids in oxide scale formed on steel plate and evaluation of
its effect on cooling

K. Kuwahara

・・・

362

D24 Revised method on inverse heat conduction and boiling heat transfer characteristics in spray
FRROLQJV\VWHPZLWKVXUIDFHR[LGH¿OP

1 1DJDL・・・

364

D25 Progress in an experimental study on laminar cooling heat transfer characteristics of ROT with
KRWURWDWLQJKROORZF\OLQGHUTXHQFKLQJWHVWV< 0LWVXWDNH

・・・

366

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0 0RQGH

・・・

370

374

Research activity on the cooling model for the run-out table in the hot strip millState-of-the-art research on material modeling
K. Hayakawa

・・・' $IIRUGDEOHPHDVXUHPHQWPHWKRGVIRU\LHOGVXUIDFHRIVKHHWPHWDO 6LPSOL¿HGLGHQWL¿FDWLRQPHWKRG
using circumscribing polygon and rope-driven biaxial tensile method)

D27 Proposal and applications of a ductile damage model accounting for anisotropy

H. Takizawa

・・・

376

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・・・

380

D30 (Invited Lecture) Crystal plasticity analysis of the differential hardening behavior under proportionalloading path of a steel sheet

Y. Tsunemi

・・・

384

7

Program of the 188 th ISIJ Meeting (September 18-20, 2024)
D31 Crystal plasticity modeling of ferrite-martensite dual phase steel sheets and predictions of
their work-hardening behaviors under different loading paths

T. Hama

・・・

386

D32 Texture and plastic deformation simulation in steels based on computational materials science

N. Fujita

・・・

387

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・・・

390

D34 (Invited Lecture) Modeling of sheet metal forming and fracture using Bayesian data assimilation

A. Yamanaka

・・・

394

Microstructure and Properties of Materials
Multi-phase structures and functionality in galvanized/aluminized coatings by hot-dip galvanizing process' (IIHFWRIDOOR\HOHPHQWVLQVWHHOVKHHWVRQVROLGOLTXLGLQWHUIDFLDOUHDFWLRQVGXULQJKRWGLSSLQJLQ
Zn-55%Al alloy melt

Y. Omi・・・

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OLTXLG=QDW&, 2KQXPD

・・・

398

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diffraction

H. Yasuda

・・・

399

D38 Reduction behavior of oxidized Fe-1Si alloy and oxygen emission behavior during reduction

Y. Tagaki

・・・

403

D39 Elucidation of the kink band formation mechanism in Zn, investigated using single crystals andpolycrystals

K. Hagihara

・・・

405

D40 Effect of Multifunction Cavitation on fatigue properties of galvanized steel

H. Inoue

・・・

409

㻤

Program of the 188 th ISIJ Meeting (September 18-20, 2024)
International Organized Sessions
2024/9/19 Room 2
Lecture No.
Title
Speaker

Page

Microstructures and properties of iron ore sinters
Session Organizers: M. Hayashi [Tokyo Inst. of Tech.], R. Murao [Nippon Steel]
9:00-9:05
Opening Address: M. Hayashi [Tokyo Inst. of Tech.]

Chair: R. Murao [Nippon Steel]
9:05-9:35
Int.-1 (Invited Lecture) Experimental study and thermodynamic modelling of the CaO-FeO-Fe2O3-Al2O3 system
Univ. of Queensland○M. Shevchenko・H. Abdeyazdan・E. Jak， BHP

S. Cheng

・・・

413

・・・

416

・・・

418

・・・

420

・・・

422

・・・

425

9:35-10:00
Int.-2 Direct observation of melting behavior in iron ore mixture by synchrotron radiation X-rays
JFE○K. Takehara・K. Ikeda・S. Morita， Kyoto Univ.

T. Narumi・H. Yasuda

10:00-10:25
Int.-3 Investigation of the gangue dissolution behavior into calcium ferrite in sinter using mineral liberation analysis
Kobe Steel○T. Adachi・S. Yamazaki・K. Koga・K. Miyagawa

Chair: K. Takehara [JFE]
10:35-11:05
Int.-4 (Invited Lecture) Development of predictive modeling of sinter productivity and strength using properties andmicrostructure of iron ores
POSCO

○M. Wang・J. Jeon

11:05-11:30
Int.-5 (ISIJ Research Promotion Grant) Heterogeneous Fe chemical state evolution of iron ore sinters investigated by
X-ray imaging and microanalysis
Osaka Univ.

○Y. Takeichi・Y. Ito， KEK

Y. Niwa・M. Kimura

11:30-11:55
Int.-6 Kinetic analysis on H2-CO reduction of sintered Fe2O3-CaO-SiO2-Al2O3 tablets at softening and melting temperature
Univ. of Toyama ○K. Kato・S. Yaguchi， National Inst. of Technology, Suzuka College
Univ. of Toyama H. Ono

H. Konishi，

11:55-12:00
Closing Address: M. Hayashi [Tokyo Inst. of Tech.]2024/9/18 Room 5
Lecture No.
Title
SpeakerPage

Realization and challenges of building a sustainable society through utilization of iron and steel slag
Session Organizers: H. Matsuura [The Univ. of Tokyo], Y. Uchida [Nippon Inst. Tech.]
13:00-13:05
Opening Address: H. Matsuura [The Univ. of Tokyo]

Chairs: H. Matsuura [The Univ. of Tokyo], J. Nakano [MatterGreen]
13:05-13:30
Int.-7 (Keynote Lecture) Recent production, application and research activities for iron and steel slag in Japan
Nippon Inst. of Tech.

○Y. Uchida

・・・

428

13:30-14:00
Int.-8 (Invited Lecture) Hot-stage slag engineering and downstream processing to deliver market-ready, sustainable products
KU Leuven○Y. Pontikes・T. Hertel・M. Giels・R. E. Murillo Alarcón・G. Beersaerts

・・・

431

・・・

432

・・・

436

14:00-14:30
Int.-9 (Invited Lecture) Research and application of high-grade asphalt pavement materials prepared from steel slag
Central Research Institute of China Baowu Iron and Steel Group ○Y. Xiao・Y. Li

14:30-14:50
Int.-10 High-temperature carbonation of steelmaking slag
JFE

○M. Hiyoshi・H. Sugihara・N. Shigaki・J. Ishii・A. Murao

㻥Program of the 188 th ISIJ Meeting (September 18-20, 2024)
14:50-15:10
Int.-11 Technology for production of calcium carbonate particles from steelmaking slag using glycerol solution for
FDUERQGLR[LGH¿[DWLRQKobe Steel○T. Sasaki・K. Sakai， Nihon Univ.

T. Toyama

・・・

437

・・・

439

・・・

440

・・・

442

・・・

446

・・・

450

Chairs: Y. Uchida [Nippon Inst. of Tech.], Y. Pontikes [KU Leuven]
15:25-15:55
Int.-12 (Invited Lecture) Contribution to building a sustainable society and carbon neutral in agriculture and marine
through slag utilization
POSCO Environmental Planning Oﬃce

○H. Pak・M. Kim・J. Kim・C. Lee

15:55-16:25
Int.-13 (Invited Lecture) The availability of valuable elements in various industrial slag/ash and their extraction/removal in
support for the clean energy transition
MatterGreen○J. Nakano

16:25-16:45
Int.-14 Dissolution behavior of steelmaking slag fertilizer in soil
Nippon Steel○S. Koizumi， Tohoku Univ.

T. Iwama・M. Obara・S. Ueda

16:45-17:05
Int.-15 Factors affecting microscopic basicity of silicate slags from the perspective of O1s binding energy-Toward strength prediction of blast furnace cement
Tokyo Inst. of Tech.

○M. Tsuji・T. Watanabe・M. Susa・M. Hayashi

17:05-17:25
Int.-16 The utilization of metallurgical slag as ceramic materials
Inha Univ.

○Y. Kim， Korea Univ.

J. Lee・S. Kim， Donga Univ.

Y. Kang

17:25-17:30
Closing Address: Y. Uchida [Nippon Inst. of Tech.]2024/9/18 Room 13
Lecture No.
Title
SpeakerPage

Innovative evaluation techniques for hydrogen entry and hydrogen trapping -IV
Session Organizer: K. Fushimi [Hokkaido Univ.]
9:00-9:10
Opening Address: K. Fushimi [Hokkaido Univ.]

9:10-10:10
Int.-17 (Invited Lecture) Chances and challenges in hunting hydrogen
Johannes Kepler Univ. Linz

○A.W. Hassel

・・・

452

・・・

456

・・・

460

・・・

461

・・・

462

・・・

464

Chair: Y. Sugawara [Shimane Univ.]
10:20-11:20
Int.-18 (Invited Lecture) Difference of C and N effect on hydrogen entry and diffusivity in austenitic stainless steels
POSTECH○S.-J. Kim・K.-S. Kim， Yeungnam Univ.

J.-H. Kang

11:20-11:35
Int.-19 Effect of mechanical loading on the hydrogen diffusion behavior in tempered martensitic steel
Tohoku Univ.
Tohoku Univ.

○S. Ajito・H. Kakinuma， Tohoku Gakuin Univ. T. Hojo，
M. Koyama・T. Hara， Nippon Steel T. Omura， Tohoku Univ.

E. Akiyama

11:35-11:50
Int.-20,QÀXHQFHVRIODWWLFHGHIHFWDQGFU\VWDORULHQWDWLRQRQK\GURJHQGLIIXVLRQLQSXUHLURQ
Toyohashi Univ. of Tech.

○Y. Todaka・N. Adachi・Y. Abe・Y. Ishii・S. Wada・S. Kagawa

Chair: A. Ooi [Tokyo Inst. Tech.]
13:00-14:00
Int.-21 ,QYLWHG/HFWXUH 6FDQQLQJ.HOYLQSUREHWHFKQLTXHVIRUPDSSLQJHIIHFWLYHORFDOK\GURJHQDFWLYLW\DQG
permeation rates at lateral high resolution and sensitivity
Max-Planck-Institut fur Eisenforschung GmbH

○M. Rohwerder

14:00-14:15
Int.-229LVXDOL]DWLRQRIK\GURJHQHQWU\LQWRKLJKVWUHQJWKVWHHOGXULQJFRUURVLRQSURFHVVXVLQJ0QR[LGHWKLQ¿OP
Shimane Univ.

○Y. Sugawara， JFE

M. Omoda・S. Ootsuka

㻝㻜Program of the 188 th ISIJ Meeting (September 18-20, 2024)
14:15-14:30
Int.-23 Application of scanning blue-laser enhanced electrochemical microscope for evaluation of local hydrogen
permeation rate of the steels
Kansai Univ.

○T. Haruna・K. Nogawa・T. Sakai・Y. Hirohata

・・・

465

・・・

467

・・・

468

・・・

469

・・・

470

・・・

471

・・・

472

・・・

474

・・・

475

Chair: T. Igarashi [JAEA]
14:45-15:00
Int.-24 Spatially-resolved detection of hydrogen in steel by scanning photoelectron yield spectroscopy
Tohoku Univ.

○K. Miyamoto・T. Yoshinobu

15:00-15:15
Int.-25 Effects of pH on local hydrogen entry behavior under NaCl droplet on Fe sheet
Tohoku Univ.

○H. Kakinuma・S. Ajito・M. Koyama・E. Akiyama

15:15-15:30
Int.-26 Hydrogen permeation behavior of high strength steels with Laser activation
Hokkaido Univ.

○M. Sakairi・X. Han

15:30-15:45
Int.-27 Effect of thiocyanate ion on hydrogen evolution reaction on steel
Tokyo Inst. of Tech.

○A. Ooi・A. Saito・E. Tada

Chair: S. Ajito [Tohoku Univ.]
16:00-16:15
Int.-28 3D impedance measurement to investigate hydrogen evolution and permeation behavior on steel
Nagoya Inst. of Tech.

○Y. Hoshi・K. Tanaka

16:15-16:30
Int.-29,QVLWXTXDQWLWDWLYHHYDOXDWLRQRIWKHK\GURJHQDEVRUEHGLQVWHHOSODWHVDQGGHSHQGHQFHRIK\GURJHQFRQWHQWRQ
specimen hardness
Hokkaido Univ.

○K. Fushimi・Y. Mizushiri・Y. Fujita・H. Habazaki

16:30-16:45
Int.-30 Computational modeling for hydrogen entry into steel materials in acidic solutions containing chloride ionsNIMS

○H. Katayama・M. Kadowaki・M. Yamamoto

16:45-17:00
Int.-31 Hydrogen absorption modeling using cellular automata
JAEA○T. Igarashi

17:00-17:05
Closing Address: K. Fushimi [Hokkaido Univ.]㻝㻝Program of the 188 th ISIJ Meeting (September 18-20, 2024)
High Temperature Processes
Lecture No.
Plenary Session

Title

SpeakerPage)XQGDPHQWDOVRIVROLGL¿FDWLRQDQGFRQWLQXRXVFDVWLQJ
1 (ISIJ Research Promotion Grant) Evaluation of adhesion force acting on surface treated particles bywater model experiment

H. Harada

・・・

477

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・・・

478

3 The recycle method of used Tundish refractory

Y. Nakamura

・・・

479

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・・・

480

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・・・

481

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・・・

482

 0RGHOH[SHULPHQWVRQWKHEHKDYLRURI$UJDVLQMHFWHGLQWRWKHPROWHQVWHHOÀRZIURPsubmerged entry nozzle

K. Fujita

・・・

483

8 Investigation of calculation for macro-segregation in 17-4PH stainless steel

S. Yano・・・

484

9 Effect of Cu on the high temperature ductility of austenitic stainless steels

Y. Iwasaki

・・・

485

 ,QÀXHQFHRIW\SHRIUHGXFLQJDJHQWLQMHFWHGLQWRFDUERQUHF\FOLQJEODVWIXUQDFHRQ&22 emission amount S. Uchida

・・・

486

11 Development of reverse engineering technology of the high-temperature reduction-softening
phenomena of iron ore pellets bed using high-energy X-ray CT

・・・

487

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Blast furnace

S. Natsui

12 Development of blast furnace hot metal temperature estimation model

K. Ichikawa

・・・

488

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・・・

489

Evaluation of sinter reducibility
14 Reduction behavior of hematite- and goethite-based iron ore sinters

J. Ding

・・・

490

15 Quantitative method of mineral phase in iron ore sinter and reducibility evaluation

T. Murakami

・・・

491

16 Improvement of the evaluation method for sinter ore reducibility by X-ray CT method

T. Takayama

・・・

492

+ (JXFKL

・・・

493

18 Development of degradation model for sinter ore considering reduction and particle size distribution

K. Nishihiro

・・・

494

19 Innovative ultra low carbon ironmaking technology with massive HBI charging in blast furnace

D. Hara・・・

495

20 Factors inhibiting stable operation with low CR in Chiba No.6 blast furnace and their countermeasures

Y. Okamura

・・・

496

21 Improvement of blast furnace operation with cyber-physical system

R. Masuda

・・・

497

22 Effect of carbon morphology on melting behavior caused by carburization of vapor deposited
carbon-iron oxide composite after reduction

R. Higashi

・・・

498

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reduction shaft furnace

K. Momma

・・・

499

24 Effect of H2-CO mixed gas reduction on the swelling behavior of iron ore pellets

K. Ohno・・・

500

25 Direct iron ore reduction by hydrogen using plasma jet smelting

M. Uchikoshi

・・・

501

Young engineer session of ironmaking
 6WDELOL]DWLRQPHDVXUHVRIVLQWHUTXDOLW\DW.LPLWVX1RVLQWHUSODQWNew ironmaking)URQWLHUVRIUHVHDUFKRQWKHUPRSK\VLFDOSURSHUWLHVDQGWKHUPRG\QDPLFVRIKLJKWHPSHUDWXUHPDWHULDOV &ODUL¿FDWLRQRIWKHRULJLQRIH[FHVVYROXPHLQ)H3GDOOR\VEDVHGRQHOHFWURQLFVWDWHV

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・・・

502

27 (ISIJ Research Promotion Grant) Effect of cooling rate and aluminum addition on the structure of
VROLGL¿HGFDOFLXPIHUULWH

6 7RULJH

・・・

503

28 Density and surface tension measurements of molten TiO2, ZrO2, and HfO2 using pendant drop method

O. Takeda

・・・

504

29 Assignment of Raman signal related to local structure near Ti cation in silicate glasses

S. Sukenaga

・・・

505

30 Neural network analysis of viscosity of SiO2-Al2O3-MgO-CaO-Na2O melts

T. Sugawara

・・・

506

・・・

507

32 Comparison of surface tension for molten Fe-Si-Cu alloys: Measurements by electromagnetic levitationand predictions from the Butler model
M. Nishimura

・・・

508

33 Accurate evaluation of oxygen activity in surface tension measurements of molten metals using
electromagnetic levitation

・・・

509

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31 Effect of Al and S in molten steel on high temperature wettability of CaS㻝㻞M. Ogawa

Y. Seimiya

Program of the 188 th ISIJ Meeting (September 18-20, 2024)
 0L[HGPRGL¿HUHIIHFWRQWKHUPDOFRQGXFWLYLW\RI&D20J2%21.5-AlO1.5 melts

S. Yamada

・・・

510

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・・・

511

36 Synthesis of carbon-based silicon carbide by multimode microwave irradiation

J. Fukushima

・・・

512

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S. Tashiro

・・・

513

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・・・

514

39 Video analysis of solid particles alignment behavior induced by ultrasonic application to
VROLGOLTXLGPL[HGSKDVH

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・・・

515

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516

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・・・

517

42 Quantitative evaluation of micro-segregation in Fe-C alloys by cellular automaton simulation

K. Kaneko

・・・

518

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・・・

519

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520

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・・・

521

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・・・

522

47 Examination of crystallographic analysis method for massive-like transformation in carbon
steel using 4D-CT+XRD

M. Osaki・・・

523

48 Evaluating austenite grain coarsening following a massive-like ferrite-austenite transformation in
Fe-0.45C steel using time-resolved X-ray diffraction

Y. Wang

・・・

524,QWURGXFWLRQRIUHVHDUFKWRSLFVLQQRYHOSURFHVVLQJIRUXP4XDQWL¿FDWLRQRIVROLGL¿FDWLRQSKHQRPHQD9

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49 Machine learning model for prediction of concentration distribution from optical micrograph

M. Ohno・・・525

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4D-CT+XRD

T. Narumi

・・・

526

51 Release of the NIMS thermodynamic database in python module format

M. Ode

・・・

527

Y. Li

・・・

528

53 Three-dimensional characterization of MnS-Ti2O3 composite inclusions in steel by X-ray Micro-CT

Z. Song・・・

529

54 Behavior of impurities and inclusions in stainless steel during arc melting under reduced pressure

A. Yamada

・・・

530

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Fe-18Cr-2Mo alloy

W. Xie・・・531

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・・・

532

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・・・

533

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different deoxidation modes,QFOXVLRQ

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・・・

535

60 Determination of interaction parameters of Al deoxidation of molten Fe-Ni alloy

M. Iwabuchi

・・・

536

61 Derivation of thermodynamic parameters between N and Mg in molten Fe by using Ag alloys

K. Oshida

・・・

537

62 Analysis of Cu-containing molten iron/molten slag interfacial electric properties during polarization
by Electrochemical Impedance Spectroscopy

S. Honna・・・

538

Transport phenomena

63 Evaluation of reduction rate of low-grade iron ore pellets with H2 gas for direct hydrogen reduction

S. Yaguchi

・・・

539

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conditions

E. Cheremisina ・・・

540

65 Phosphorus metal/slag distribution behavior in electric arc furnace melting of hydrogen direct
reduction ironY. Ito

541

㻝㻟

・・・

Program of the 188 th ISIJ Meeting (September 18-20, 2024)<RXQJHQJLQHHUVHVVLRQRIFRNHPDNLQJ *DV6HFWLRQRSHUDWLRQLQÀXHQFHDQGFRUUHVSRQGHQFHRIWKHFRNHRYHQRSHUDWLRQGHFUHDVHV0 <DPDPRWR

・・・

542

67 Optimization of wastewater treatment plant operation

Y. Higashi

・・・

543

68 Replacement of coke oven front bricks

T. Mizukawa

・・・

544

69 Estimation method of the amount of deposit carbon on coke oven wall

S. Okutani

・・・

545

70 Position monitoring of coke oven trolley wire and current collector

A. Ogawa

・・・

546

71 Upgrade construction of the large-scale COG duct in the gas purifying process

T. Koh・・・547

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・・・

548

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image analysis

H. Hayashizaki ・・・

549

74 Rate of volatilization removal of phosphorus for high phosphate iron ore by vacuum electrothermal
reduction

E. Shibata

・・・

550

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・・・

551

76 Properties of continuous dephosphorization for iron ore using rotery kiln type furnace'HYHORSLQJGHSKRVSKRUL]DWLRQWHFKQLTXHIRULURQRUH 

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・・・

552

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・・・

553

78 Effect of re-ignition on sinter microstructure at iron ore sintering process development of REMO-tec(RE-ignition method for optimization of total energy consumption)-9

K. Hirano

・・・

554

79 Reduction rate of nitrogen oxide by calcium ferrite compounds

S. Nagae

・・・

555

111 Development of automatic iron ore sintering operation control technology using video AI technology

J. Park・・・

587

M. Iwasaki

・・・

556

81 Measurement of the steam behavior of steelmaking slag steam aging

H. Yano・・・

557

82 Enrichment behavior of Sm in steelmaking slag

W. Gu

・・・

558

83 Metal recovery from Electric arc furnace oxidizing slag by low temperature reduction

R. Kitagawa

・・・

559

84 Mechanism of Inhibition for Cr Dissolution from Steelmaking Slag

T. Iwama

・・・

560<RXQJHQJLQHHUVHVVLRQRIFRNHPDNLQJ

Dephosphorization of iron ore

SinterSlag
80 Development of technology to reduce deposits inside a torpedo car using mineral phase analysis

Recycling of waste
85 Synthesis of LiFePO4 using FePO4 crystallized from steelmaking slag extract

J. Deng・・・

561

86 Analysis of temperature distribution in phosphoric acid reduction process

S. Ishihara

・・・

562

87 Study on the comparison of various carbon materials on reduction reaction phosphoric acid to
produce white phosphorus

A. Siahaan

・・・

563

Sustainable Systems
Lecture No.
Plenary Session

Title

SpeakerPage&XWWLQJHGJHRIJUHHQWHFKQRORJLHVIRUFDUERQQHXWUDORIVWHHOPDNLQJLQGXVWU\
88 Fundamental research for isothermal regulation of CO2 methanation reactor by catalyst with thermalenergy storage function

K. Mimura

・・・

564

89 Optimization and structural evaluation of Al-Cu-Si based latent heat storage particles forhigh-temperature waste heat recovery

M. Jeem・・・

565

90 Evaluation of the heat storage and release performance in a 300kWh scale packed bed system withmedium to high-temperatures latent heat storage pellets using a numerical model

T. Nakamura

・・・

566

91 Carbothermal reduction behavior of iron-based alkaline leaching process residue of EAF dust

D. Hidaka

・・・

567

92 Formation of Fe3C at low carbon activity

K. Ikeda

・・・

568

93 Process engineering approach to low temperature carburization of high purity Iron(so-called Tamahagane)

Y. Matsui

・・・

569

R. Iwahana

・・・

570

&XWWLQJHGJHRIJUHHQWHFKQRORJLHVIRUFDUERQQHXWUDORIVWHHOPDNLQJLQGXVWU\

Utilization of steel production by-product94 Analysis of phosphorus (P4) formation reaction by gas analysis method㻝㻠Program of the 188 th ISIJ Meeting (September 18-20, 2024)
95 Effect of slag carbonation on Fe dissolution behavior of steelmaking slag granules

M. Takano

・・・

571

96 Development of alkaline leaching process of zinc from EAF dust (Part 2)

K. Haiki・・・

572

97 Separation of each and every element contained in blast-furnace slag by treating with citric acid
DTXHRXVVROXWLRQ+ 6DNDQH

・・・

573

98 (ISIJ Research Promotion Grant) Absorption behavior of CO2 to calcium citrate synthesized fromblast furnace slag

K. Kubota

・・・

574

Instrumentation, Control and System Engineering
Lecture No.
Plenary Session

Title

Speaker

Page

Instrumentation 0HDVXUHPHQWRIÀDQNVXUIDFHRIWKUHDGVIRU2&7*XVHGIRFXVLQJPHWKRG

6 2VKLPD

・・・

575

100 Comparison of measurement accuracy between the Rhodes method and the sampling moire method formeasuring displacement of structures at long range
T. Sano・・・

576

101 Monitoring method of polygonal wear of rolls of rolling mills

K. Kawamura

・・・

577

102 Design method for optimal manufacturing conditions using a hybrid method of machine learning andoptimization.

K. Uchino

・・・

578

Control and system 'HYHORSPHQWRIDQDO\VLVV\VWHPIRUWKURXJKSURFHVVPDWHULDOTXDOLW\GDWD

+ 7DNDJL

・・・

579

 2YHU¿WWLQJFRQWUROLQQRGHOWUDLQLQJXVLQJGDWDDXJPHQWDWLRQDQGRYHU¿WWLQJMXGJHPHQWEDVHGRQ
prediction values

Y. Seki・・・

580

105 A data-driven state feedback design for LQ regulator

Y. Fujisaki

・・・

581

Processing for Quality Products
Lecture No.
Plenary Session

Title

SpeakerPage&RQWUROWHFKQRORJ\IRUIUHHFXWWLQJ
106 Fundamental study on machinability of scale with S55C-Effect of scale on tool wear-

M. Hagino

・・・

582

107 Measurement of temperature on rake face of tool during cutting of heat treated carbon steel

A. Ikuta・・・

583 ,QÀXHQFHRISRO\PHUDGGLWLRQFXWWLQJÀXLGRQPDFKLQDELOLW\RI6&VWHHO$ 7DNHPXUD

・・・

584

109 Spallation resistance of coated cemented carbide with shot-peening

M. Okada

・・・

585

Lubrication and sintering
110 3D analysis of the periodicity of pore distribution in Ti L-PBF material

R. Yoshida

・・・

586

112 Development of water-soluble belt grinding oil for stainless steel

N. Tanino

・・・

588

113 Micro-plasto hydrodynamic lubrication in cold rolling of steel sheet 4,QÀXHQFHRIYLVFRVLW\RIOXEULFDQW 

7 1LVKLPXUD

・・・

589

Plating, Bar and wire
114 Effect of coating composition on the corrosion resistance of Zn-based plated steel sheets in soil

A. Shimizu

・・・

590

 7KHLQÀXHQFHRIG\QDPLFZHWWLQJRQKRWGLSJDOYDQL]LQJ

& -HH・・・

591

116 Cause of bending fracture in high-strength fasteners and heredity of surface recarburization inhigh carbon steel

T. Zhang

・・・

592

117 Evaluation of damage threshold value of an anisotropic damage model

K. Hayakawa

・・・

593

118 Collision behavior of various metal sheets in magnetic pulse seam welding

M. Miyazaki

・・・

594

119 Effect of oxide layer fracture on the cold-forge solid phase welding

N. Yukawa

・・・

595

120 Height dependencd of large-Scale void closure behavior during hot rolling

N. Ueshima

・・・

596

597

Modeling of various phenomena in metal forming and its application

5HOLDELOLW\RIZHOG
F. Tanaka・・・

122 (ISIJ Research Promotion Grant) Dissimilar welding of steel to aluminum alloy via solid-state
welding using local resistance heating

121 Correlation between microstructure and toughness in high current buried arc weld metal

Y. Sato・・・

598 3UHGLFWLRQRIZHOGVROLGL¿FDWLRQFUDFNLQJVXVFHSWLELOLW\RIGLVVLPLODUZHOGVXVLQJDXVWHQLWLFPHWDOV

. .DGRL

・・・

599

 1XPHULFDOVLPXODWLRQRIÀX[ZDOOJXLGHGWUDQVIHULQVXEPHUJHGDUFZHOGLQJE\SDUWLFOHPHWKRG

+ .RPHQ

・・・

600

125 Numerical simulation of TIG welding with electromagnetic controlled molten pool method

Y. Kobayashi

・・・

601

㻝㻡

Program of the 188 th ISIJ Meeting (September 18-20, 2024)
Hot rolling and oxide scale
126 Effect of Sn on Cu intergranular penetration at temperatures lower than the melting point of Cu

Y. Kohigashi

・・・

602

127 Surface cracking due to hot shortness in hot rolling of Cu bearing steel.

N. Tsuchida

・・・

603

128 Microstructure revelation of oxide scale on hot rolling steels and its phase transformations

I. Sohn・・・

604

Microstructure and Properties of Materials
Lecture No.
Plenary Session

Title

SpeakerPage

6WUHQJWKDQGGHIRUPDWLRQEHKDYLRU &U\VWDOSODVWLFLW\DQDO\VLVRIVWUDLQORFDOL]DWLRQLQTXHQFKLQJDQGSDUWLWLRQLQJVWHHO: <LQ・・・

605

130 Heterogeneous deformation within local deformation bands in ultra-low carbon ferritic steel

Y. Sato・・・

606

131 Work-hardening rate in Fe-Al alloys measured using a microcantilever method

S. Inoue

・・・

607

132 Relationship between local deformability and tempering temperature in martensitic steels

T. Yoshii

・・・

608

6WUHQJWKDQGGHIRUPDWLRQEHKDYLRU
133 Effect of MnS inclusion on deformation behavior of martensitic steel under bending

T. Otsuki

・・・

609

134 Dislocation characteristics and work hardening behavior in lath martensite transformed fromdeformed austenite

T. Osanai

・・・

610

135 Suppression of surface fatigue crack initiation by selective local work hardening at the potential crack
initiation site using pre-fatigue deformation in 1.6 GPa martensitic steel

K. Okada

・・・

611

136 Visualization of strain distribution around fatigue crack introduced by cyclic bending of SUS301 steel

N. Koga

・・・

612

137 Observation of dislocations around plate-shaped VC after pre-straining

E. Shimoda

・・・

613

138 Analysis of tensile properties in dual phase steel with controlled ferrite phase

K. Ogatsu

・・・

614

139 Effect of thermomechanical treatment on tensile properties of TRIP-aided steel sheet with bainitic
ferrite and martensite

S. Fukasaku

・・・

615

140 Effect of retained austenite on warm tensile properties of warm-rolled TBM steel

K. Hattori

・・・

616

141 Development of high elongation type of 780MPa TRIP steel with excellent properties forautomotive applications

K. Jung

・・・

617

142 Effects of P and S on low temperature toughness of tempered martensite in low alloy steel

H. Ogawa

・・・

618

143 Multistage fracture generation factors in fracture toughness tests of high-Ni steels

Y. Hasegawa

・・・

619

144 Effect of intergranular carbide on tensile properties in high-strength high-toughness
hypereutectoid-steels

N. Harada

・・・

620

145 Brittle fracture mechanism in fully pearlitic steel

K. Hyodo

・・・

621

146 Competitive formation of acicular and globular austenite during reverse transformation frommartensite in Fe-0.18C-8Mn alloy

L. Fan・・・

622 0QHQULFKPHQWLQWRFHPHQWLWHGXULQJSHDUOLWLFWUDQVIRUPDWLRQDQGVXEVHTXHQWLVRWKHUPDOKROGLQJLQFe-C-Mn Alloy

6WUHQJWKDQGGHIRUPDWLRQEHKDYLRU

Ductility and toughness

Phase transformation and microstructure control

K. Fujikura

・・・

623

148 Interfacial segregation / partitioning of Mn and energy dissipation during ferrite growth indecarburized Fe-C-Mn alloy

K. Sato・・・624 &RQWURORIIHUULWHPRUSKRORJ\LQDXVWHQLWLFVWDLQOHVVVWHHOZHOGPHWDOVROLGL¿HGZLWKSULPDU\IHUULWH

. .DGRL

・・・

625

150 3D in situ analysis for deformation-induced martensitic transformation in austenitic steel bysynchrotron X-ray

T. Iwano

・・・

626

151 Contentious recrystallization of ferrite in pearlite initial microstructure

N. Nakada

・・・

627

152 Effect of Nb and Sb addition on recrystallization during annealing in high strength steel sheet

R. Morimoto

・・・

628

153 Development of scanning X-ray orientation laminography

Y. Hayashi

・・・

629

154 Cellular automaton simulation on cellular grain growth in solid phase,QÀXHQFHRIWHPSHUDWXUHJUDGLHQWKHDWVRXUFHVFDQQLQJDQGSULRULWL]HGJUDLQJURZWK < $GDFKL

・・・

630

155 Optimization of heat treatment conditions in tempered martensite steel by machine learning

K. Sawai

・・・

631

156 Development of prediction model for material properties of spring steels by machine learning

K. Takahashi

・・・

632

Recrystallization and growth

0RGHOLQJDQGVLPXODWLRQ㻝㻢Program of the 188 th ISIJ Meeting (September 18-20, 2024)
157 Deep learning approaches for establishing the heat treatment condition-microstructure-property
relationship

H. Kim・・・

633

158 Prediction of residual stress in additively manufactured 18Ni300 maraging steel using
GAN-based deep learning method

K. Seyun・・・

634 ,6,-5HVHDUFK3URPRWLRQ*UDQW $¿QLWHHOHPHQWVLPXODWLRQRIUDWHDQGVL]HGHSHQGHQFHVRI
strain-induced martensite transformation by thermo-coupled crystal plasticity based on microforce

Y. Huang・・・

635 ,QYHUVHHVWLPDWLRQRISDUDPHWHUVLQ'SKDVH¿HOGPRGHOIRUȖĺĮWUDQVIRUPDWLRQLQVWHHO. 1DND\DPD

・・・

636

161 Feature extraction using three-dimensional variational auto-encoder for austenite-to-ferrite
transformation behavior in pure iron

M. Serada

・・・

637

162 Topological features of ferrite grain boundary structure and its connections with C segregation

Y. Zhang

・・・

638

R. Takao

・・・

639

164 Role of hardness distribution on pitting strength for nitrided-SCM440H steel

T. Maruyama

・・・

640

165 Effect of oxygen concentration on salt spray test

K. Sugimoto

・・・

641

166 Based on thermomechanical process, Development of non-heat treated CHQ products

J.-S. Lee

・・・

642

0RGHOLQJDQGVLPXODWLRQ

Steels for machine structural use / Corrosion mechanism
163 Behavior of high temperature nitriding on low carbon low alloy steel

Stainless steels
167 Dislocation density within each phase of a hot worked duplex stainless steel

M. Kawa・・・

643 (IIHFWVRIFRROLQJUDWHDQGFRPSRVLWLRQRQWKHVWUXFWXUHRI686FRROHGIURP ĮȖ SKDVH

7 0L]RJXFKL

・・・

644

 'HYHORSPHQWRIKLJKVWUHQJWKVWDLQOHVVVWHHO/+IRUOLTXH¿HGK\GURJHQ

6 6RQJ

・・・

645

170 Effect of boron addition on creep strength and precipitates of UNS S31740

N. Otaki・・・

646

171 Precipitation behavior of M23C6 phase on the coherent twin boundary of KA-SUS310J1TB during aging

T. Hatakeyama

・・・

647

172 Grain boundary engineering of KA-SUS310J1TB

S. Sekine

・・・

648

173 (ISIJ Research Promotion Grant) Evaluation of grain boundary and interphase boundary strength in
Ni–Cr binary alloy with nanoindentation method

R. Nagashima

・・・

649

174 Effects of substitution of Ta by V on microstructure evolution in alloy Ta-718

S. Nishida

・・・

650

175 Measurement of dislocation density and twin density by X-ray diffraction in-situ tensile test atelevated temperature in the SLM fabricated Inconel738LC superalloy

A. Ito・・・

651

176 Development of feed forward control based on sheet bar camber

K. Komiya

・・・

652

 ,QFUHDVHLQFDORUL¿FYDOXHRI0,;JDVIRULPSURYHPHQWRIHQHUJ\FRQVHUYDWLRQ

1 .DMLL

・・・

653

178 Countermeasure for the excessive temperature increase on slab’s longitudinal edge inreheating furnace

654

Heat resistant steels

Heat resistant alloys

The technical session by young engineers of hot rolling

K. Oki・・・

179 Improvement of fuel intensity by developing thermal insulation of heating furnace and reduction ofmeandering of slab in-furnace

A. Nakamura

・・・

655

180 Prevention of generation of creases in low-carbon steel sheets

S. Akiyama

・・・

656

T. Murakawa

・・・

657

182 Texture evaluation of heavily cold-rolled 3% Si steel using spherical indexing of EBSD pattern

M. Takenaka

・・・

658

183 Active slip systems and crystal rotation during simple shear deformation of Fe-3%Si

N. Wada・・・

659

184 Effect of warm rolling reduction rate on microstructure, Texture and magnetic properties of
Fe-18Co-xSi-0.5Al mass% alloys

T. Sato・・・

660

185 Relationship between composition, chemical bonding state, and magnetostriction in amorphous)H%1DOOR\ÀLP

1 ,VRJDL

・・・

661

 (IIHFWRIQLWURJHQDGGLWLRQRQWKHPDJQHWRVWULFWLYHFRHI¿FLHQWVRIVRIWPDJQHWLF)H$ODOOR\VLQJOHFU\VWDO¿OPV. ,PDPXUD

・・・

662

187 Effects of annealing on microstructure and mechanical properties in Fe-Ni-Al-C alloys

K. Takahata

・・・

663

 (IIHFWRIȖSKDVHVWDELOLW\DQGVHFRQGSKDVHYROXPHIUDFWLRQRQWHQVLOHSURSHUWLHVRI)H1L$O&DOOR\V..LPXUD

・・・

664

Electrical steel
181 Deformation structure and texture of 3% Si steel with coarse {100}<001> grains

Soft magnetic material

Strength and deformation behavior 4㻝㻣Program of the 188 th ISIJ Meeting (September 18-20, 2024)
189 (ISIJ Research Promotion Grant) Achieving remarkable enhancement of yield strength ensuring large
ductility in a metastable Fe50Mn30Cr10Co10 high-entropy alloy via warm rolling treatment

X. Lan・・・

665

190 (ISIJ Research Promotion Grant) Development of solid carburizing process with innovative mechanisms(Evaluation of fatigue properties)
T. Aoki・・・

666

191 Fatigue properties of linear friction welded low carbon steel cruciform joints

H. Miao・・・

667

192 (ISIJ Research Promotion Grant) Static fatigue behavior of Cr2O3 in atmosphere containing water
vapor at high temperatures

K. Yen-Ling

・・・

668

Y. Ogawa

・・・

669

194 Stacking fault probabilities in hydrogen-charged SUS310S steel during low temperature deformation

T. Ito・・・

670

195 Hydrogen-induced strain localization phenomena in an austenitic FeMnAlC low-density steel

I. Gutierrez

・・・

671

196 In-situ 0.3mm thin wall hollow high pressure hydrogen low temperature tensile test with X-ray
diffraction using Synchrotron radiation, Tansformation behavior

S. Torizuka

・・・

672

197 (ISIJ Research Promotion Grant) Formation process of hydrogen-induced vacancies in austenitic
stainless steel SUS 304 by positron annihilation lifetime spectroscopy

L. Chiari

・・・

673

Fatigue+\GURJHQHPEULWWOHPHQW
193 Thermally activated dislocation motion in H-charged Fe-Cr-Ni austenitic steel: a study via room
temperature creep+\GURJHQHPEULWWOHPHQW
198 Effect of carbide morphology on hydrogen-related fracture behavior in tempered martensitic steels

E. Nakagawa

・・・

674

199 Relationship between hydrogen embrittlement susceptibility and local stress / strain concentration in
low-carbon martensitic steel

K. Okada

・・・

675

200 Main factors of hydrogen-related intergranular and transgranular fractures in elastic andplastic regions of tempered martensitic steel

K. Okuno

・・・

676

201 Comparison of hydrogen embrittlement fractures of tempered martensitic steel obtained byvarious test methods

R. Tokizaki

・・・

677

+\GURJHQHPEULWWOHPHQW
202 Strain-controlled low-cycle fatigue testing for pipeline steel X65 under cathodic hydrogen charging

T. Homma

・・・

678

203 Evaluation of the activation energy of hydrogen desorbed from the vicinity of dislocation cores in iron K. Akiyama

・・・

679

204 (ISIJ Research Promotion Grant) Evaluation of hydrogen atoms trapped at vacancies inĮLURQXVLQJUDWHWKHRU\. 6DWR・・・

680

205 Carbide precipitation and hydrogen trapping behavior in Mo and Ti added tempered martensitic steel

M. Kameya

・・・

681

Hydrogen embrittlement 4 )LUVWSULQFLSOHVVWXG\RIJUDLQERXQGDU\VHJUHJDWLRQDWSULRUȖJUDLQERXQGDULHVIRUVXSSUHVVLRQRI
hydrogen embrittlement

K. Ito・・・

682 3UHGLFWLRQRIWKHHIIHFWRIDOOR\HOHPHQWDGGLWLRQRQWKHFRKHVLYHHQHUJ\RISULRUȖJUDLQERXQGDULHVIRU
suppression of hydrogen embrittlement
K. Ito・・・

683

208 Quantitative estimation method for segregated solute effects on hydrogen-enhanced decohesion at
a grain boundary

M. Yamaguchi

・・・

684

209 The effect of alloying element on hydrogen solubility of Fe-Cr-Ni alloys: First-principles calculationof the anergy effect of Cr, Ni atoms on hydrogen absorption energy

J. Moriyama

・・・

685

Process Evaluation and Material Characterization
Lecture No.
Plenary Session

Title

Speaker

Page&KDUDFWHUL]DWLRQRIVWHHOUHODWHGPDWHULDOVXVLQJLQWHUGLVFLSOLQDU\PHWKRGV
210 Stability of oxidation state of iron in organic acid complex

M. Uchikoshi

・・・

686

211 Characterization of residual stress and microstructure in multi-component iron alloys

S. Suzuki

・・・

687

 0HFKDQLVPRIFDWKRGROXPLQHVFHQFHIRULQWHUQDOĮDOXPLQDRQKHDWUHVLVWDQWDOOR\

6 ,PDVKXNX

・・・

688

213 Observation of dislocation multiplication during tensile/compressive deformation using in-situ
neutron diffraction

S. Karasawa

・・・

689

214 Characteristics of structure and properties of glasses containing various oxyanions

S. Suzuki

・・・

690

215 (ISIJ Research Promotion Grant) Relationship between work hardening behavior and dislocation
structure in high nitrogen austenitic steel

T. Masumura

・・・

691

216 The interaction between N-Cr pairs and dislocations in nitrogen-added austenitic stainless steels

Y. Kawahara

・・・

692

&KDUDFWHUL]DWLRQRIVWHHOUHODWHGPDWHULDOVXVLQJLQWHUGLVFLSOLQDU\PHWKRGV㻝㻤Program of the 188 th ISIJ Meeting (September 18-20, 2024)
217 Characterization of dislocation structures in austenitic stainless steels with different nitrogencontent and deformation temperatures

H. Harako

218 (ISIJ Research Promotion Grant) Development of operando positron annihilation lifetime spectroscopy
for the H-related vacancies in iron
M. Fujinami

・・・

693

・・・

694

Elemental analysis, Precipitate and inclusion analysis
219 (ISIJ Research Promotion Grant) 3D elemental analysis of reinforced concreate in salt water by
FRQIRFDO;UD\ÀXRUHVFHQFHPHDVXUHPHQWV

7 0DWVX\DPD

・・・

695

220 Factors affecting accuracy and precision for gravimetric analysis of sulfur in steel

N. Uehara

・・・

696

221 Determination of valence and local structure analysis of iron in melting slags by
XVLQJWKH;$6WHFKQLTXH

. 6KLQRGD

・・・

697

222 Evaluation method for nonmetallic inclusions in large volume of steel materials utilizinghydrogen embrittlement

Y. Kobanawa

・・・

698

223 (ISIJ Research Promotion Grant) Development of non-destructive imaging methods of bulk crystalline
phase fraction by neutron transmission double Bragg-edges analysis
H. Sato・・・

699

224 Development of simultaneous analysis of stress and dislocation density for neutron Bragg-edge imaging

S. Kuromi

・・・

700

225 Revaluation of a formula converting Bragg-edge width to Vickers hardness in wavelength-resolved
neutron imaging

N. Murohashi

・・・

701

Crystal structure analysis

㻝㻥Program of the 188 th ISIJ Meeting (September 18-20, 2024)
ISIJ and JIMM Joint Sessions
Lecture No.
Joint Session

Title

SpeakerPage

7LWDQDQGLWVDOOR\V
J1 Effect of nitrogen content on deformation and fracture behavior of Ti-N alloys

T. Katayama

・・・

702

J2 Effect of oxygen content on slip system activity in rolled pure titanium sheets

T. Hirooka

・・・

703

J3 Deformation under cyclic fatigue and dwell fatigue in high oxygen solid solution titanium

S. Hara・・・

704

J4 Effect of oxygen addition on microstructure formed of furnace-cooled Ti-Fe-O alloys

I. Masumi

・・・

705

J5 High-temperature forging and plastic properties of aircraft Ti-17 alloy: Estimation of governing
factors through experiments and machine learning

M. Kanamaru

・・・

706

- 8QXVXDO+DOO3HWFKUHODWLRQRID7L$O6Q=U0R6LDOOR\ZLWKPDUWHQVLWLFGXSOH[ ĮĮ´ microstructure: effects of grain size and texture.

I. Sechepee

・・・

707

J7 Automatic detection of crystal grains in Ti-6Al-4V alloy and prediction of mechanical properties bymachine learning

K. Sugio

・・・

708

J8 Grain boundary extraction of pure titanium using automatically generated images with different
real-structure similarity

K. Ozaki・・・709- 7KHHIIHFWRIVWUDLQUDWHRQÀRZVWUHVVLQFRPPHUFLDOSXUHWLWDQLXPVKHHW

+ 7DNHEH

・・・

710

- (IIHFWRIDOOR\LQJHOHPHQWVRQFUHHSEHKDYLRURIĮȕW\SHWLWDQLXPDOOR\VDWURRPWHPSHUDWXUH

6 +DVKLPRWR

7LWDQDQGLWVDOOR\V

7LWDQDQGLWVDOOR\V
・・・

711

- 7KHLQÀXHQFHRIDOOR\LQJHOHPHQWVDQGPLFURVWUXFWXUHFRQWURORQWKHGHIRUPDWLRQEHKDYLRURIWKHQHZ
Ti-6Al-5.5V-0.5Ni-0.5Cu alloy
Y. Kassai

・・・

712

J12 Solid-solution and precipitation strengthening effect on Ti-Zr-Al-Nb alloys

K. Kim・・・

713

J13 Effect of Nb addition on microstructure with compositional modulation and mechanical properties ofTi–Zr alloys

N. Nagai

・・・

714

Titan and its alloys 4
J14 canceled

X. Wang- (IIHFWRI$OFRQWHQWRQPLFURVWUXFXWUHDQGVXSHUHODVWLFSURSHUWLHVRIPHWDVWDEOHȕW\SH7L±)H±$ODOOR\V

11RKLUD

・・・

716

J16 Development of radiation damage-tolerant high-intensity proton accelerator beam window using
Ti-15V-3Cr-3Al-3Sn Alloy (I)T. Ishida

・・・

717

J17 Development of radiation damage-tolerant high-intensity proton accelerator beam window using
Ti-15V-3Cr-3Al-3Sn alloy (ii)

K. Furuya

・・・

718

J18 Microstructures and mechanical properties of dissimilar linear friction welded Ti6246/Ti64 joint

N. Kinouchi

・・・

719

J19 Microstructure and room temperature tensile properties of layered Ti-Mo structure by hot rolling ofstacked sheets

S. Emura・・・720- ,PSURYHPHQWRIDQRSHQDWPRVSKHULFQLWULGHGWLWDQLXPVXUIDFHXVLQJDQHOHFWULF¿HOGDVVLVWHG
laser-induced plasma

A. Yoshino

・・・

721

J21 Characteristic control of an open atmospheric nitrided Ti layer through the adjustment of heat transferfrom the laser-induced plasma
K. Yonemoto

・・・

722

J22 Manufacturing of metallic titanium from tip using thermal decomposition

N. Watanabe

・・・

723

J23 Comprehensive understanding for rank-1 connection of habit plane variants

N. Takahashi

・・・

724

J24 Effect of external constraints on martensitic transformation in Fe-Ni alloy

T. Masukawa

・・・

725

J25 Evaluation of microscopic internal stresses in lath martensite by pinhole FIB-DIC

W. Zhao・・・

726

J26 Prediction of transformation-induced internal stresses in martensitic steels by Eshelby's inclusion theory

K. Tamura

・・・

727

Titan and its alloys 5

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J27 A mechanism for dependency of Ms on gain size of austenite III

T. Tomida

・・・

728

J28 Crystallographic analysis of stress-induced martensite in Ti-Ni alloy single crystal

K. Ono・・・

729

J29 Crystal orientation dependence of stress-induced martensitic microstructure in single crystals of
Ti-Mo-Al alloy

K. Izumi

・・・

730

J30 Effect of Mn content on critical stresses in single-crystal Cu-Al-Mn superelastic alloys

Y. Tanikawa

・・・

731

㻞㻜

Program of the 188 th ISIJ Meeting (September 18-20, 2024)
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J31 Diffusion behavior in Cu-Al-Mn Superelastic alloy during low temperature heat treatment:
XAS and DFT study

Z. Liang

・・・

732

J32 Magnetic domain observations in polytwin microstructure of Fe-61.8at.%Pd

Y. Tomita

・・・

733

J33 Analysis on reverse transformation behavior of 0.1C-2Si-5Mn steel by transmissyon X-ray diffraction athigh temperature using Synchrotron radiation in SPring-8
S. Torizuka

・・・

734

J34 Effect of Mo addition on the toughness of 10%Mn-0.1%C steel at inter critical annealing

H. Kubota

・・・

735

736

Materials science of martensitic and bainitic transformations and its applications 4
J35 Superelasticity in Fe-Mn-Al-Si alloys

K. Edagawa

・・・

J36 Exploration of shape memory alloy in the Ti-Al-Cr system using diffusion couple and
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・・・

737

J37 Martensitic transformation and superelasticity in Ti-Al-V alloys

R. Hasegawa

・・・

738

J38 (Keynote Lecture) The effect of B2 precipitates on lath martensite transformation behavior in
Fe-Ni-Al alloys

G. Yokoo・・・

739- 8QYHLOLQJKLHUDUFKLFDOSKDVHWUDQVIRUPDWLRQVDWİİPDUWHQVLWHLQWHUVHFWLRQV

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・・・

740

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・・・

741

J41 Application of Ti-Ni-Nb alloy for active operative heat storage material

H. Nakayama

・・・

742

J42 Metamagnetic transition of Mn3Ga alloy with small hysteresis

D. Imatomi

・・・

743

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pure iron martensite

S. Takaki

・・・

744

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martensite containing carbon

Y. Hiyama

・・・

745

J45 Plastic deformation mechanism of low-carbon steel lath martensite by multiscale
deformation analysis

S. Gong・・・

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・・・

747

J47 CNN-based image regression analysis for linking microstructure and property oftempered martensite

Y. Adachi

・・・

748

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・・・

749

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・・・

750

Materials science of martensitic and bainitic transformations and its applications 5

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