the timetable of the 164th isij meeting mon thu wed

The Timetable of the 164th ISIJ Meeting

a.m. p.m. a.m. p.m. a.m. p.m.

Room1Muse Bldg. 3FRoom No.32

－－－Sintering-1･2

［1-6］（13:00-15:10）

Reduction with hydrogen/Cokemaking-1

[29-36]（9:00-11:50）

Cokemaking-2/Young engineer session

of coke-making-1･2[37-47]（13:00-17:00）

Fluidized bed andshaft furnace

[89-92]（10:30-11:50）

Innovative aggromerates/Reduction behavior of

raw materials[93-100]（13:00-15:50）

Room2Muse Bldg.　2F

Room No.24

Blast furnace/Young engineer session

of ironmaking-1[101-109]（9:00-12:10）

Young engineer sessionof ironmaking-2･3

[110-116]（13:20-15:50）

Room3Educ. Bldg.1 4F

Room No.401

Thermophysical properties ofhigh-temperature materials for

advanced materials processing-1･2

[48-56]（9:00-12:10）

Thermophysical properties ofhigh-temperature materials for

advanced materials processing-3･4

[57-66]（13:00-16:30）

Hot metal treatment/Converter

[117-124]（9:00-11:50）

Inclusion-1･2[125-132]（13:00-15:50）


Room No.402

Steel refining andrefractories-1･2

[67-74]（9:00-11:50）

Steel refining andrefractories-3･4

/Secondary refining[75-84]（13:10-16:50）

Transport phenomena-1･2

[133-138]（9:00-11:10）

Novel processing/Introduction of research topics

in novel processing forum[139-145]（13:00-15:30）

Room5Educ. Bldg.2 1F Lecture theater

Solidification andstructure control

/Solidification[10-18]（9:00-12:10）

Thermodynamics-1･2･3[19-28]（13:00-16:40）

Conventional continuouscasting-1･2･3

[146-154]（9:00-12:20）－－－


Room No.103－－－

CO2 reduction[85-88]（13:10-14:30）－－－－－－


Room No.403

（D）Establishment of smartiron-making system using activecarbon recycling energy system

technologies (iACRES)[D22-30]（8:45-12:20）

Surface modification foradvanced and eco-friendly steel

products（13:00-16:10）[1,000yen]

Slag utilization-1･2[155-161]（9:00-11:30）

Pyro-metallurgy based metalsseparating and recycling-2（13:00-16:40）[2,000yen]

Application ofgreen energy-1･2

[162-170]（9:00-12:10）－－－

Room8Sci. Res. Bldg.22F Room No.26

（D）Advanced process control techniquesto achieve energy-conservation and low-

carbon as well as high-quality stableproduction

[D31-33]（9:30-12:00）

（D）Advanced systemintegration for facilitating

"systems of operators' skills" insteel works

[D34-37]（13:20-16:00）

Control/System

[171-176]（9:30-11:40）

Instrumentation[177-180]（13:00-14:20）－－－－－－

Room9General Educ.

North Annex Bldg.4F Room No.41

Tribology/Rolling

[181-187]（9:20-11:50）

Cooling-1･2[188-195]（13:30-16:20）

Joining and bonding/Tube and pipe manufacturing

processes and products[196-202]（9:20-11:50）

（D）State-of-the-artwelding technologies forpipe and tube production[D38-44]（13:00-17:00）

Room10General Educ.

North Annex Bldg.4F Room No.42

－－－－－－Control technology for

free cutting-6-1･2[203-209]（9:00-11:30）

Analysis･simulation-1･2[210-217]（14:00-16:50）

Powder metallurgy[218-221]（10:30-11:50）－－－

Room11Green Hall

Room12（JIM-W）

Law and Lett.Bldg. 1F

Room No.101

Precipitation/Precipitation･recrystallization

･grain growth[222-230]（9:00-12:10）

Solute elements andmicrostructure

/Diffusion transformation andmicrostructure controll

[231-238]（13:30-16:20）

Ductility and toughness ofhigh strength steels-1･2[292-298]（9:20-11:50）

Structural steel-1･2[299-308]（13:00-16:30）

ISIJ and JIM joint sessionUltrafine grained materials–

fundamental aspects forultrafine grained structures

[J25-J32]（9:00-12:00）

－－－

Room13Law and Lett.

Bldg. 1FRoom No.102

－－－－－－Working process and heat

treatment/Pearlite and cementite

[309-317]（9:00-12:10）

（D）Effect of bacteria onthe materials surface

[D52-58]（13:00-17:00）

Hot-clip coating/Corrosion and

electrochemistry[374-380]（9:00-11:30）

－－－

Room14Law and Lett.

Bldg. 2FRoom No.201

Deformation behavior-1･2

[239-246]（9:00-11:50）

Mechanical property-1･2[247-254]（13:00-15:50）

Stainless steel-1･2[318-324]（9:20-11:50）

Stainless steel-3･4[325-333]（13:30-16:40）

Diffusion and diffusionlesstransformation-1･2

[381-387]（9:00-11:30）

Diffusion and diffusionlesstransformation-3･4

[388-395]（13:00-15:50）

Room15Law and Lett.

Bldg.2 3FRoom No.305

Super alloy[255-259]（9:50-11:30）

Ferritic heat resistantsteel-1･2･3

[260-270]（13:00-17:00）

Heat resisting steel･superalloy-1･2

[334-339]（9:20-11:30）

Austenitic heat resistingsteels-1･2･3

[340-350]（13:00-17:00）

Stainless steel-5･6[396-403]（9:10-12:00）－－－

Room16Eng. Bldg.4 1F

Room No.18

Electrical steel sheets/Surface treated steel

sheets[271-275]（10:00-11:50）

Dual and TRIP steel/Strip steel

[276-285]（13:30-17:00）

Hydrogen embrittlement-1[351-354]（10:30-11:50）

Hydrogen embrittlement-2･3･4

[355-365]（13:00-17:00）

Hydrogen embrittlement-5･6

[404-409]（9:00-11:10）－－－

Room17Eng. Bldg.4 2F

Room No.19

Fatigue[286-291]（9:00-11:00）

Microstructure andｆracture properties ofstructural materials

（13:00-17:20）[1,000yen]

Fructure-1･2[366-373]（9:00-11:50）

Mechanisms of alloying elementeffects on microstructure

formation in steel（13:00-17:00）[Charge-free]

－－－Present status and trendsin mathematical modeling

on corrosion reactions（13:00-15:50）[1,000yen]

Room18Sci. Res. Bldg.22F Room No.27

Elemental analysis/Surface and state

analysis[410-417]（9:00-11:50）

（D）New development of ironand steel process evaluationand material characterizationtechnique by using biological

index[D68-74]（13:00-16:05）

Crystal structure analysis-1･2

[418-425]（9:00-11:50）－－－

Room19（JIM-G）

General Educ.Bldg. 3F

Room No.33

－－－－－－－－－ISIJ and JIM joint session

Titanium andtitanium alloys-1･2

[J1-J7]（14:40-17:10）

ISIJ and JIM joint sessionTitanium and titanium alloys-3･4･5･6･7

[J8-J24]（9:00-12:10）

（D）Hot stamping and related hot forming processesfor the high strength steels

[D45-51]（9:15-14:30）

Common bases for hydrogen embrittlement studies（9:00-17:00）[2,000yen]

Heterogeneous structure control:Towards innovativedevelopment of metallic structural materials

（9:30-17:00）[Charge-free]

Recent developments of analysis techniques andfuture strategy for predicting microstructures and

mechanical properties（9:00-16:00）[1,000yen]

September 17 （Mon） September18（Thu） September19（Wed）

　　　　　　　　　　　　　（D）Reaction and flow control of solid-gas-liquid phases for designing low carbon operation of blast furnace　　　　　　　　　　　　　　　 [D1-10]（10:10-16:10）

（D）Improvement of the iron ore sintering processaiming at lowering its environmental load and energy

saving[D11-21]（9:00-17:10）

The history of iron making technology in westernJapan

（9:50-16:30）[2,000yen]

（D）Smart analytical methods and the monitoring techniques forsteel-making processes, development of high performance steels

and environmental managements[D59-67]（10:00-15:20）

Process evaluation and material characterization board meeting（15:30-16:30）

Banquet（18:30-20:30 Ehime Pref. Convention Hall(HIMEGIN Hall) ）[10,000yen]

Poster Sesson for Students（12:00-15:00 Media Hall）ISIJ Beer party（17:30-19:00 University Cafeteria）

（Int.）Ancient and pre-modern production of iron andnon-ferrous metals in Europe,

Middle-East and Asia[Int.1-11]（9:00-17:00）

Formation mechanism and cotrol of segregation（9:15-17:00）[Charge-free]

The role of material industry aiming for efficient useof steel alloying elements in automobile recycling

process（9:30-16:00）[2,000yen]

[ ]：Lecture Number

( )：Lecture Time

：Symposium Please ask to each of symposium room desks Directly

Fundamentals of Ironmaking［7-9］（9:00-

10:00）

Board Meeting: Process evaluation and material characterizationSept.17(Mon) 15:30-16:30 Room18

Program of the 164 th ISIJ Meeting (Sept. 17-19, 2012)

Lecture No.Discussion Sessions Title Speaker Page

Reaction and flow control of solid-gas-liquid phases for designing low carbon operation of blast furnace

・・・ 559Control of burden layer structure for low CR operation of blast furnace A.MuraoD1

・・・ 563Reaction analysis of burden materials packed in layers in blast furnace H.NogamiD2

・・・ 567Reduction disintegration behavior of sinter under high concentration H2 gas T.MurakamiD3

・・・ 571Numerical simulation of melting behavior in blast furnace by particle method S.UedaD4

・・・ 575Combustion and ash particle behaviors of pulverized coal Y.UekiD5

・・・ 579Blast furnace operation inhibitation factor in the low coke rate and necessity of the high-temperaturemelt behavior elucidation

K.SunaharaD6

・・・ 583Effect of gangue mineral on slag melting behavior in blast furnace T.MikiD7

・・・ 587Melting behavior of ore gangue phase in cohesive zone of blast furnace-High temperature microscope investigation of melting behavior on wustite and olivine interface-

K.SuzukiD8

・・・ 591Wettability of graphite by molten CaO-SiO2-Al2O3-MgO slags N.SaitoD9

・・・ 595Effect of ash in carbonaceous material on iron carburization reaction K.OhnoD10

Improvement of the iron ore sintering process aiming at lowering its environmental load and energy saving

・・・ 599Development of technology for low-CO2 sintering process T.KawaguchiD11

・・・ 603Development of gaseous reduction model for sinter in consideration of calcium ferrite reactionprocess

T.UsuiD12

・・・ 607Modeling of melting and agglomeration processes in sintering beds using distinct element method T.UmekageD13

・・・ 611Effect of addition of metallic agglomeration agent on permeability of sintering bed T.MurakamiD14

・・・ 615Analysis of combustion rate of various carbon materials K.MurakamiD15

・・・ 619Effect of particle size of iron ore and coke on granulation property of quasi-particle T.MaedaD16

・・・ 623Effect of oxygen diffusion through layer of fine particles on combustion rate of coke in quasi-particlein the sintering process

K.OhnoD17

・・・ 627Influence of coke breeze addition timing on sinter quality Y.ArikataD18

・・・ 631Influence of coke breeze positioning on the sintering behavior of pellets and raw material bed withembedded pellets

T.HiguchiD19

・・・ 635Improvement of sintering process with high-strength large granules S.KawachiD20

・・・ 639Simulation for particles segregation in sintering process by DEM J.KanoD21


Establishment of smart iron-making system using active carbon recycling energy system technologies (iACRES)

・・・ 643Study on carbon recycling methodologies for iACRES Y.KatoD22

・・・ 647Technical examination on high temperature gas-cooled reactor as energy source of active carbonrecycling energy system for steelmaking

M.OgawaD23

・・・ 651Thermodynamic analysis of reduction reaction of CO2 to CO by decarburization reaction H.MatsuuraD24

・・・ 655Recovery of CO2 gas using cementite Y.FujitaD25

・・・ 659CO2 decomposition by molten Li2CO3 and ZrO2 solid electrolyte T.UchiyamaD26

・・・ 663CO2 electrolysis using zirconia electrolyte and effect of iron catalyst Y.KashiwayaD27

・・・ 665Electrochemical reduction of CO2 under ambient conditions I.YamanakaD28

・・・ 666Feasibility of ironmaking by chemical vapor infiltration using waste heat and low grade iron ore T.NomuraD29

・・・ 670Investigation for the system of high-temperature steam generation utilizing low-temperature wasteheat in iron and steel making processes

K.NakasoD30


Advanced process control techniques to achieve energy-conservation and low-carbon as well as high-quality stable production

・・・ 673Stability analysis of large scale interconnected positive systems Y.EbiharaD31


・・・ 677On convergence rate of distributed control systems K.FujimotoD32

・・・ 681Approximation of large-scaled dynamical systems via multi-layered hierarchical multiple time scalesmodels

K.TsumuraD33

Advanced system integration for facilitating "systems of operators' skills" in steel works

・・・ 685Machine learning technologies towards "systems for advancing operator skills" T.TeranoD34

・・・ 687Design of an agent model considering skill learning process-A case of designing a driving agent for target speed tracking-

H.TamakiD35

・・・ 691Study on decision support for production execution management I.HatonoD36

・・・ 695Sense-making support system for fostering awareness of safety T.SawaragiD37


State-of-the-art welding technologies for pipe and tube production

・・・ 699(Invited Lecture)Laser welding S.KatayamaD38

・・・ 703(Invited Lecture)Development of high formability laser-welded stainless steel pipes T.NakakoD39

・・・ 707Seam welding of high strength UOE linepipe H.MorimotoD40

・・・ 711Development of a new optical monitoring system of welding conditions N.HasegawaD41

・・・ 715Development of laminar plasma shielded ERW process H.HamataniD42

・・・ 719Finite element analysis of the electric resistance welding phenomenon T.OkabeD43

・・・ 722(Invited Lecture)Development of LNG piping using invar alloy M.IkebeD44

Hot stamping and related hot forming processes for the high strength steels

・・・ 726Development of controlled forging process applying strengthening and functionally grading byinterphase precipitation of vanadium carbide

T.ChodaD45

・・・ 729Large deformation working technology by high-speed large-reduction forging M.MiyakeD46

・・・ 731Properties of steel sheet for hot stamping and press formability in hot stamping process K.KusumiD47

・・・ 735High-precision valuation method for characteristics of hot stamping process K.IkeuchiD48

・・・ 737Effect of heat condition and hot-forming on corrosion resistance of hot stamped aluminized steels J.MakiD49

・・・ 741Effect of deformation property in supercooled austenite and hot friction property of GA coated boronsteel on hot stamping formability

M.NakataD50

・・・ 745FEM simulation of hot stamping process N.NomuraD51


Effect of bacteria on the materials surface

・・・ 749Adhesion behavior of microorganisms on cold-rolled steel D.KurodaD52

・・・ 753(ISIJ Research Promotion Grant)Biofilm formation of a closed loop system and its visualization H.KanematsuD53

・・・ 755Biofilm formation on stainless steel surface and microbially influenced corrosion T.ArakiD54

・・・ 759Fundamental investigation on the formation of biofilm by means of in-situ AFM N.HiraiD55

・・・ 761Mechanism of crude oil souring in underground Y.TanjiD56

・・・ 763Calorimetric measurements of antibacterial activity of copper and survival ratio of bacterial cellsremaining on material surface during cleaning

K.TakahashiD57

・・・ 767Antibacterial activity of copper alloyed stainless steel surface cleaned by using NaOCl T.HayashiD58


Smart analytical methods and the monitoring techniques for steel-making processes, development of high performance steels andenvironmental managements

・・・ 771(Invited Lecture)The present state and trend of the develpoment of skill-free chemical methods ofanalysis for iron and steels utilizing flow based system

T.YamaneD59

・・・ 775Flow injection analysis of a micro amount of boron in iron and steel samples by a concentration usingchelest fiber

Y.YoichiD60

・・・ 777Flow injection spectrophotometric determination of aluminum using chrome azurol S S.KatoD61

・・・ 779Analysis of rare earth elements in oxides using cathodoluminescence spectrometer S.ImashukuD62


・・・ 781Analysis of the chemical state of Cr in Cr compounds using a high-resolution two-crystal X-rayfluorescence spectrometer

Y.ItoD63

・・・ 782(Invited Lecture)Sensitive analysis of iron and steel by stripping voltammetry T.TanakaD64

・・・ 786Improvement of accuracy in standard analytical methods of nickel in steel N.UeharaD65

・・・ 788Optimization of digestion methods and quantitative procedures of the determination of chromiumcontent in iron and steel

K.HosokawaD66

・・・ 791Analysis and acquisition of experimental images for the engineering coaching in steel industry(Encouraging participants initiative by the visualization and coaching)

T.TaniaiD67

New development of iron and steel process evaluation and material characterization technique by using biological index

・・・ 795Influence of additive weight of slag on elution behavior of oxidizing slag discharged from EAF normalsteelmaking process

S.YokoyamaD68

・・・ 797Effect of slag composition on the leaching behavior of lead from melt-solidified slag H.SanoD69

・・・ 799The role of an immunocompetent cell and the establishment of a biocompatibility assessment systemwhich participate in the contact dermatitis induced with nickel-titan or a cobalt-chromium alloy

H.TamauchiD70

・・・ 803The zinc quantitative analysis of some steels eluate by animal cells A.OgawaD71

・・・ 806Bioassay of zinc ion by medaka embryos M.YamaguchiD72

・・・ 808Collection of metal in water by biofilm-Acquisition of metal ions in water by EPS-

N.HiraiD73

・・・ 810Condensation behavior of silicon into biofilm formed by germs in ambient atmosphere in a laboratoryand its observation

H.KanematsuD74

Ancient and pre-modern production of iron and non-ferrous metals in Europe, Middle-East and Asia

International Organized Sessions

2012/09/17 Lecture Room 4

Technology Change in History

09:00Opening remarks Prof.E.Izawa(Kyushu Univ.)09:05～

09:05 Chairperson:Dr.Alessandra Giumlia-Mair and Prof.T.Nakanishi10:15～

09:05Int.1 ・・・　812

Ehime Univ. ○T.Sasada, The Mongolian Academy of Sciences A.Chunag

Ancient copper production in the Gobi desert,Mongolia09:35～

09:35Int.2 ・・・　816

National Inst. of Advanced Studies ○S.Srinivasan

(Invited Lecture)Swamimalai bronze image casting:Chola traditions and changing parameters10:15～

10:30 Chairperson:Prof.S.Srinivasan and Dr.M.Tanaka12:10～

10:30Int.3 ・・・　820

Kyushu Univ. ○E.Izawa･T.Nakanishi

Earthenware remains used for salt cementation of parting gold and silver at Sado in early seventeenthcentury Japan

11:00～

11:00Int.4 ・・・　824

AGM Archeoanalisi ○Alessandra Giumlia-Mair

(Invited Lecture)Early instances of irogane-alloys in the west:An update11:40～

11:40Int.5 ・・・　828

KTR ○M.Suzuki

The use of bajirome(ferrous speiss produced from lead smelting)for casting imitated Chinese coins atthe Kurosaki mint in the early seventeenth century

12:10～

13:10 Chairperson:Prof.R.Tae-cheon and Prof.T.Sasada15:00～

13:10Int.6 ・・・　832

National Inst. of Advanced Studies ○S.Ranganathan

(Invited Lecture)Thermomechanical processing of highly alloyed ultra high-carbon steels and high tinbronzes in ancient Indian traditions

13:50～

13:50Int.7 ・・・　836

Tokyo Univ. of the Arts ○K.Mizumoto

Various aspects of iron use in the Edo era, discovered from the excavations of the remains of city ofEdo

14:20～

14:20Int.8 ・・・　840

Guangxi Radio and TV Univ. ○H.Quansheng, Univ. of Science and Tech. Beijing L.Yanxiang, Pingnan CountyMuseum of Guangxi G.Hai

(Invited Lecture)Han dynasty bloomery iron smelting at Pozui site in Guangxi province,China15:00～

15:15 Chairperson:Dr.H.Quansheng and Dr.E.Yamasue16:55～

15:15Int.9 ・・・　844

Chungnam National Univ. ○R.Tae-cheon , Kongju National Univ. C.Nam-chul･C.Hyun-kyung

(Invited Lecture)An experimental archeological study of the sand-iron sword in the Korean peninsula15:55～

15:55Int.10 ・・・　848

Tokyo Univ. of the Arts ○M.Tanaka･M.Kitada

Composition and microstructure of nonmetallic inclusions in Japanese matchlock guns fabricated in the Edo period

16:25～

16:25Int.11 ・・・　852

Tokyo Univ. of the Arts ○S.Hiratsuka･K.Nagata, Tokyo Inst. of Tech. T.Watanabe

Building nails in the middle ages at the cloister of the Kasuga shrine in Nara16:55～

16:55Concluding remarks Prof.K.Nagata(Tokyo Univ. of the Arts)17:00～

Current Advances in Materials and Processes Vol.25 No.2

Lecture No.Title Speaker PagePlenary Session

High Temperature Processes

・・・ 855Inducement mechanism of compressive strength of iron ore granule after drying1 M.Matsuo

・・・ 856Measurement of surface water of sinter mixture by centrifugal dehydrator2 M.Hara

・・・ 857In-situ observation of production process of calcium ferrite from molten Fe-Ca-O by using rapid X-raydiffraction system

3 R.Murao

・・・ 858Influence of iron ore property of micro-particle binder on sinter productivityDevelopment of technique for sintering with large amount of ultra fine ore-1

4 C.Kamijo

・・・ 859Micro-particle addition at Wakayama No.5 sinter plantDevelopment of technique for sintering with large amount of ultra fine ore-2

5 Y.Yamaguchi

・・・ 860Effect of addition of biomass char and metallic iron as agglomeration agents in sintering bed on permeability6 K.Fujino

・・・ 861Increasing the reduction reactivity of low-grade iron-ore by carbon deposition using biotar7 R.B.Cahyono

・・・ 862Reaction behavior of iron oxide-biomass char composite under high pressure8 Q.Zhou

・・・ 863Influence of initial melt formation on reduction behavior of artificial iron ore agglomerates of FeO-CaO-SiO2-Al2O3-MgO systems under rising temperature

9 K.Matsuda

・・・ 864(ISIJ Research Promotion Grant)Molecular dynamics study of solid-liquid interfacial energy and kineticcoefficient of iron

10 Y.Shibuta

・・・ 865Large scale 3D phase-field simulations of competitive dendritic growth during directional solidification11 T.Takaki

・・・ 866(ISIJ Research Promotion Grant)Influence of shear rate on shear deformation in semi-solid carbon steel12 T.Nagira

・・・ 867Effect of oxide particles on TiN crystallization and solidification structure in Ti-added ferritic stainlesssteel

13 S.K.Kim

・・・ 868(ISIJ Research Promotion Grant)Comparison of the two peritectic reactions in the Ag-Sn alloys14 Y.Hattori

・・・ 869Analysis of blocking process in 3-D grain selection15 T.Arao

・・・ 870Condition for formation of coarse columnar γ grain structure in 0.2 mass％ carbon steel16 M.Maruyama

・・・ 871Phase field simulation of effects of spatial distribution of second phase particles on kinetics of δ→γtransformation interface in carbon steel

17 D.Sato

・・・ 872Quantitative phase-field model for non-isothermal solidification in multi-component alloys18 M.Ohno

・・・ 873Activity measurement of 1 solid phase and 1 liquid phase equilibrated composition area in CaO-SiO2-CaF2

system19 N.Sasa

・・・ 874Thermodynamics property of BO1.5 and SiO2 in the CaO-SiO2-BO1.5 melts20 M.Sakamoto

・・・ 875Behavior of nitrogen dissolution in Fe-Cr-Ni-Mo system stainless steels21 Y.Kobayashi

・・・ 876Solubilities of chlorine in CaO-Al2O3 heterogeneous slags22 K.Kuribayashi

・・・ 877Phase equilibria and thermodynamics of the CaO-Al2O3-CaS and the CaO-SiO2-CaS oxysulfide systems23 Y.B.Kang

・・・ 878Thermodynamic properties of the FeS-MnS-CuS0.5 ternary system at 1473 K24 Y.Lei

・・・ 879Evaluation of activity coefficients of MnS and FeS between liquid Fe-Mn-Ca oxysulfide system and (CaO)-SiO2-MgO-FeO-MnO-P2O5 slags

25 S.J.Kim

・・・ 880Microscopic observation of FeO-TiO2-SiO2-5%Al2O3 slagPhase diagram for the smelting slag of TiO2 containing iron sand-1

26 H.Itaya

・・・ 881Crystal phases of FeO-TiO2-SiO2-5%Al2O3 slagPhase diagram for the smelting slag of TiO2 containing iron sand-2

27 H.Itaya

・・・ 882DTA measurement of FeO-TiO2-SiO2-5%Al2O3 slagPhase diagram for the smelting slag of TiO2 containing iron sand-3

28 H.Itaya

・・・ 883Scale model experiment of preheating gas injection into blast furnace29 T.Nouchi

・・・ 884Reduction behavior of sinter under CO-CO2-H2-H2O mixed gas conditions30 R.Saito

・・・ 885Influence of a large amount of hydrogen on reaction behavior of a coke mixed bed under blast furnacesimulated condition-II

31 K.Shizu

・・・ 886Reduction of sinter with injecting reformed or raw COG from tuyere32 K.Higuchi

・・・ 887Estimation of coke drum index using carbon matrix connectivity33 N.Sakimoto

・・・ 888Effects of HPC addition on the thermoplasticity of coal blends34 H.Kumagai

・・・ 889Formation mechanism of crack around inertinite texture in cokeDevelopment of technology for producing high strength coke-7

35 Y.Kubota

・・・ 890The behavior of nitrogen distribution during coal carbonization by gas real-time monitoring and XPS36 Y.Tobu

・・・ 891Construction and operation of Kashima 1E coke oven battery37 S.Ishikawa

・・・ 892Influence of surface roughness of materials on friction coefficient38 T.Nakagawa

・・・ 893Evaluation for powder pressure of coal charge on chamber wall under air blowing condition39 S.Miyashita

・・・ 894Coke plant operation before and after pad-up rebuild of Muroran No.5 coke oven east batteryRebuild of Muroran No.5 coke oven-1

40 H.Ishikawa

・・・ 895Pad-up rebuild of Muroran No.5 coke oven east batteryRebuild of Muroran No.5 coke oven-2

41 T.Motoyama

・・・ 896Construction and operation of Nippon Coke & Engineering No.2 coke dry quencher42 A.Ishibashi

・・・ 897Coal classification technology of fluidized bed dryer43 T.Nakamura

・・・ 898Improvements in cycle time of Wakayama No.1 coke oven44 T.Kawaguchi

・・・ 899Relationship between operating condition and coke shrinkage using photo-images processing45 D.Anraku

・・・ 900Estimation for permeation behavior of plastic coal46 Y.Dohi

・・・ 901Development of the coke making technology using hyper-coal47 A.Kotani

・・・ 902EML-an electromagnetic levitator for the international space stationStudies of thermophysical properties of metals and semiconductors by containerless processing

48 W.Soellner

・・・ 903Relation between thermal conductivity and connectivity of silicate melts49 T.Inose

・・・ 904Influence of mold flux basicity on its crystallization rate50 M.Hanao

・・・ 905Reduction of radiative heat transfer by valence control of iron ions in mould flux51 R.Maehashi

・・・ 906Interfacial phenomena due to the reaction between CaO-SiO2-Al2O3 slag and [Al] in molten steel52 H.Yamamura

・・・ 907Effects of CaF2 on optical properties and radiative heat transfer in mould fluxes containing iron oxide53 Y.Kono

・・・ 908Modeling of radiative heat extraction by continuous casting mould by net radiation method54 M.Wang

・・・ 909Relationship between sulphide capacity and slag structure55 M.Hayashi

・・・ 910Relationship between structure and viscosity of CaO-Al2O3-SiO2-R2O(R=Li,Na,K,Rb,Cs) glass system56 K.Kanehashi

・・・ 911Temperature and composition dependence of viscosity in molten InGaSb57 M.Mukai

・・・ 912Measurement of thermophysical properties for liquid cobalt using noncontact modulation laser calorimetry58 J.Takano

・・・ 913Solid solubility of Sn in Si and diffusion coefficient of Si in the Si-Sn melt determined by TGZM method59 X.D.Ma

・・・ 914Real-time observation of high temperature interface during dissolution of SiC into molten alloy60 S.Kawanishi

・・・ 915Interfacial reaction thermodynamics and dynamics of Sn-Cu-Ag/Cu system61 H.Y.Xu

・・・ 916Wetting processes and kinetics of Sn-30Bi-0.5Cu molten alloy on different substrates62 L.K.Zang

・・・ 917Effect of ultrasonic vibration on wettability of polytetrafluoroethylene/water system63 Y.Nishida

・・・ 918Control of oxygen partial pressure using oxygen pump for surface tension measurement of molten metals64 S.Takahashi

・・・ 919Determination of standard Gibbs energy change of formation of LnOF (Ln=Nd,Dy,La)65 O.Takeda

・・・ 920Density measurement of Fe-based alloys liquids by using electromagnetic levitation technique combinedwith static magnetic fields

66 M.Watanabe

・・・ 921Improvement of life for ladle furnace slag line refractory67 H.Ohta

・・・ 922Formation condition of Mg2TiO4,MgTi2O4 or MgAl2O4 in Fe-Mg-Ti-Al-O system68 H.Ono

・・・ 923Improvement of ladle refractories69 K.Taniguchi

・・・ 924The effect of microstructures to the spalling resistance in MgO-C bricks70 K.Kageyama

・・・ 925Thermodynamic study on slag penetration into alumina-magnesia castable71 K.Goda

・・・ 926Dissolution rate of dicalcium silicate into molten slag72 N.Maruoka

・・・ 927Development of continuous quick mixing & repairing technology-173 T.Uchida

・・・ 928Development of continuous quick mixing & repairing technology-274 S.Itoh

・・・ 929Development of FeO-resistant coating material for refractory ceramic fiber75 H.Tsukigase

・・・ 930Chemical reaction between blast furnace main trough slag line castable and molten slag76 M.Iida

・・・ 931Dissolution behavior of MgO and Al2O3 into FeS-Na2S fluxes77 Y.Lei

・・・ 932Physical properties of used bricks for coke oven78 S.Hosohara

・・・ 933Evaluation methods of the corrosion resistance of ZrO2-C materials used for SEN slag line79 M.Ogata

・・・ 934Extension of campaign life of lower vessel at No.2 RH degasser in Kure works80 Y.Ohsugi

・・・ 935Phase relation between solid oxide and high alloyed steel81 T.Miki

・・・ 936Improvement of hot metal injection into mold for continuous casting82 M.Shiokawa

・・・ 937Reaction of hydrogen desorption in mold stream degassing process83 S.Yamamoto

・・・ 938Effect of stirring condition on desulfurization rate in molten steel84 Y.Nakai

・・・ 939(ISIJ Research Promotion Grant)Stability control of distant flame using ultrasonic wave85 M.Hirota

・・・ 940Experimental results of steelmaking slag continuous solidification with twin-rollCOURSE50 development of heat recovery system from steelmaking slag-4

86 Y.Ta

・・・ 941Study on the heat transfer characteristic in the packed bed of slag platesCOURSE50 development of heat recovery system from steelmaking slag-5

87 N.Shigaki

・・・ 942Development of carbonation process for steelmaking slag88 T.Onoue

・・・ 943Effects of nano/micro structure and sintering behavior of precipitated iron on sticking in fluidizationreduction of Fe2O3

89 Z.Wang

・・・ 944The mechanism of the sticking during reduction of Fe2O3 particles in the fluidized bed and its preventionmethods

90 Z.Wang

・・・ 945Enhancement of simulation model of shaft furnace by direct measurement of gas composition distribution attuyere level

91 R.Murai

・・・ 946The Effect of O2 enrichment on operation of shaft furnace92 Y.Iwai

・・・ 947Numerical simulation of solid flow in enlarged vertical coke oven by DEM93 T.Kon

・・・ 948Effects of ferocoke mixing rate on blast furnace operation94 K.Nishioka

・・・ 949Effect of mixing conditions of iron-coke on reduction efficiency in blast furnace-295 H.Yokoyama

・・・ 950Reaction analysis in packed bed with high reactivity coke by DEM-CFD model96 R.Shibasaki

・・・ 951Reaction mechanisms of carbon composite agglomerate containing high carbon contentDevelopment of RCA, reactive coke agglomerate-4

97 K.Higuchi

・・・ 952Effect of coke reactivity and arrangement on ore reducing behavior using Euler-Lagrange method98 S.Natsui

・・・ 953Reduction potential evaluation of reducing agent in blast furnaceNew reduction index-1

99 A.Shinotake

・・・ 954Analysis of blast furnace operation by new reduction index RePNew reduction index-2

100 A.Shinotake

・・・ 955Prediction of particle trajectory of bell-less charging system by using DEM and its validation with theexperimental resultDevelopment of burden distribution control technology-5

101 H.Mio

・・・ 956Permeability of cohesive zone at mixed coke charging in blast furnace102 T.Ariyama

・・・ 957Development of mathematical model for blast furnace considering layer structures103 K.Nishioka

・・・ 958Evaluation of mixed layer properties by experimental blast furnace104 T.Natsui

・・・ 959Effect of packed bed structures on permeability and reduction behavior in cohesive zone105 H.Sakai

・・・ 960The operation of carbon composite iron use in Oita blast furnaceDevelopment of RCA,reactive coke agglomerate-3

106 T.Bitoh

・・・ 961Improvement of operation against change of screen size at Kashima No.1 blast furnace107 S.Murakami

・・・ 962Operation improvement for low coke ratio at Nagoya No.1 blast furnace108 S.Ido

・・・ 963Development of desiliconization technology in hot metal runner at Kobe No.3 blast furnance109 T.Maeda

・・・ 964The effect on product yield with coke split addition method on sintering process110 K.Katayama

・・・ 965Evaluation of quick lime free operation of Oita No.1 sintering machine111 T.Noguchi

・・・ 966Optimization for component design of sinter for Kokura No.2 blast furnace112 K.Yamada

・・・ 967Effect of hydrocarbon gas addition on the sintering operation at Kurashiki sinter plantsDevelopment of secondary-fuel injection technology for energy reduction-5

113 Y.Takigawa

・・・ 968Adjustment of gas addition pattern in sintering technology with hydrocarbon gas additionDevelopment of secondary-fuel injection technology for energy reduction-6

114 Y.Iwami

・・・ 969Yield improvement by high bed height operation at Kakogawa sinter plant115 K.Osuga

・・・ 970Continuous measurement and control of sinter mix moisture for decrease in sintering fluctuation116 T.Kinugasa

・・・ 971Development of a copper removal technique from molten iron with mechanical stirring117 Y.Takahashi

・・・ 972Phase relationship for the CaO-SiO2-FeO-P2O5 multiphase system with various oxygen partial pressures at1673K and 1623K

118 X.Gao

・・・ 973Improvement of dephosphorization technology with CaO powder top blowing119 M.Ito

・・・ 974Effect of lime dissolution rate in slag on hot metal dephosphorization rate120 Y.Osaka

・・・ 975Investigation of rephosphorization condition under constant higher decarburization rate in converter121 Y.Ogasawara

・・・ 976On-line dust measurement system for BOF122 S.Takashima

・・・ 977Influence of bottom bubbling rate on formation of metal emulsion in Sn-Sb-Cu alloy/salt system123 D.Y.Song

・・・ 978Numerical analysis of heat transfer through heated powder to molten metal by burner124 S.Sato

・・・ 979Adhesion of inclusion to wall in turbulently agitated steel125 A.Okayama

・・・ 980Numerical analysis model for adhesion of inclusion to wall126 N.Okada

・・・ 981The formation of non-metallic inclusions by ladle glaze and the effect of slag on inclusion composition usingtracer experiments

127 M.H.Song

・・・ 982Composition change in inclusions by reaction between MgO refractory and Al-deoxidized steel128 A.Harada

・・・ 983Solid state reaction between Fe-Mn-Si-S alloy and manganese silicate containing sulfur129 K.H.Kim

・・・ 984Behavior of inclusions in Fe-Al-Ti alloy at molten and solid states130 S.Amano

・・・ 9853-dimensional analysis of irregular shaped particles in solid aluminum131 T.Li

・・・ 9863-dimensional characteristics of non-metallic clusters in solid aluminum by micro-CT132 T.Li

・・・ 987Volume of liquid droplet dropping from a curved surface133 K.Katoh

・・・ 988Computation of gas-liquid two-phase flow in a millimeter-scale rectangular channel134 S.Fukasawa

・・・ 989Precipitation process in silica doped wustite at high temperature135 N.Ishikawa

・・・ 990Assessment of a numerical tool for steelmaking processes using a moving particle method136 T.Suzuki

・・・ 991Simulation of the particles penetration into a liquid bath by considering the surface-tension137 M.Mori

・・・ 992Three dimensional simulatoin of the particles impingement on a liquid bath138 T.Tochigi

・・・ 993Produce of monodispersed metal droplets by electrification and intermittent electromagnetic force139 A.Minagawa

・・・ 994Development of clarification technology for molten-Al by combination of cyclone and electromagneticseparation

140 A.Nakabayashi

・・・ 995Selective heating in mixed powders by a single mode microwave furnace141 N.F.G.Sabelstrom

・・・ 996Researches on fundamentals and application of microwave processing to materials’ fabrication,environmental technology and disaster restoration(2012)

142 N.Yoshikawa

・・・ 997Best mix of technologies for the great east Japan earthquake disaster reconstruction143 K.Kashimura

・・・ 998The activity and output of In-Process technology research group144 T.Kozuka

・・・ 999Effect of ultrasound on mass transfer rate145 K.Okumura

・・・ 1000Effect of simultaneous addition of alkali metal ions on crystallization of CaO-SiO2-CaF2 slag146 M.Kakizaki

・・・ 1001Effects of interface characteristics between mold and mold flux on the heat flux147 M.Kawabata

・・・ 1002Exothermic mould powder without drawback of steel pollution148 Y.Tsukaguchi

・・・ 1003Influence of nozzle dimensions on a mold molten steel flow with electromagnetic stirring149 J.Nakashima

・・・ 1004Evaluation of solidified shell thickness by thermo couple in mold150 S.Nabeshima

・・・ 1005Computational analysis of the effect of taper design of continuous casting molds on solidifying steel shells151 N.Yamasaki

・・・ 1006Countermeasure of improving productivity at Kimitsu No.6 continuous caster152 T.Oki

・・・ 1007Construction of continuous casting processes for super functional steel at Sumitomometals industriesKokura steel works

153 H.Yotsuhashi

・・・ 1008Surface quality improvement of high carbon steel slab for twin slab casting154 M.Hamada


Environmental, Energy and Social Engineering

・・・ 1009Effect of cooling rate on dissolution of elements from steelmaking slag155 R.Inoue

・・・ 1010Effect of gluconic acid on the dissolution of Fe from steelmaking slag156 X.R.Zhang

・・・ 1011Recovery of marine ecosystem with BOF slagDevelopment of artificial mineral-2

157 K.Torii

・・・ 1012Reduction of sulfide in seawater by using steelmaking slag158 T.Watanabe

・・・ 1013Removing of hydrogen sulfide using steelmaking slag159 K.Okada

・・・ 1014Test of hydrogen sulfide control using steel-making slag160 Y.Miyata

・・・ 1015Construction test of sulfide fixation examination using steel-making slag in Fukuyama inner harbor161 Y.Miyata

・・・ 1016Effect of ammonia concentration on reduction of hematite162 N.Yasuda

・・・ 1017Determination of the rate of H2O-D2 reaction on the surface of steelmaking slag163 X.J.Hu

・・・ 1018Crystallization behaviors of low fluoride Na2O and B2O3 bearing mold fluxes164 W.L.Wang

・・・ 1019Research on the separation and recycling of CO2 from converter gas165 Y.Wu

・・・ 1020Separation of CO2 from blast furnace gas with physical adsorption technology166 Y.Mogi

・・・ 1021Design of direct-contact type latent heat storage unit for steelworks167 T.Nomura

・・・ 1022Issues during the recovery of valuable metals from waste EAF slags168 I.Sohn

・・・ 1023Recovery of zinc from used alkali manganese dry cells without adding any materials169 M.Hasegawa

・・・ 1024Overall dependency of various steel materials on foreign countries in terms of TMR170 E.Yamasue


Instrumentation, Control and System Engineering

・・・ 1025Development of model adaptation technique by estimating model error utilizing operational database171 Y.Kadoya

・・・ 1026Rapid cooling stop temperature control using fountain pyrometers in a hot strip mill172 H.Tachibana

・・・ 1027Application of Dahlin algorithm to feedback control for coiling temperature on hot mill173 X.B.Wang

・・・ 1028Air knife position control with strip curl estimation174 C.W.Jee

・・・ 1029Optimum scheduling system for ship charge and discharge scheduling175 H.Kobayashi

・・・ 1030Quality and operation control system for thin steel plates through multivariate statistical process control176 H.Shigemori

・・・ 1031Move with high temperature of the real-time temperature measuring system and application the steel plate177 X.B.Wang

・・・ 1032Measurement technique development of phase transformation ratio of steel sheets using laser-basedultrasonics

178 Y.Nagata

・・・ 1033Development of inspection system for tiny scale defects on pickled stainless steel sheets179 N.Yamahira

・・・ 1034Effect of height data obtained by stereo matching method on 3D fracture surface analysis in materials180 M.Tanaka


Processing for Quality Products

・・・ 1035Heat transfer characteristics in hot stamping of steel sheet181 H.Matsuda

・・・ 1036Transformation mechanism of roll surface condition in cluster type rolling mill182 M.Shibata

・・・ 1037Evaluation of tribological properties of self-lubricating high strength tool steelInfluence of heat treatment and surface state on novel alloy designed self-lubricity

183 K.Kubota

・・・ 1038Effects of work roll roughness to mixed lubrication in cold rolling184 A.Miura

・・・ 1039Roughness transfer mechanism in skinpass rolling of thin steel sheets-2185 H.Kijima

・・・ 1040Characteristics of skinpass rolling with bright-finished work roll of sheet gauge steel strip186 T.Shiraishi

・・・ 1041Prediction study of buckling shape of steel plates with distributed residual strain187 T.Akashi

・・・ 1042Characteristic of cylindrical impinging jet cooling under water layerModelization of cooling process using cylindrical impinging jets-1

188 Y.Haraguchi

・・・ 1043Water quenching simulation of cylindrical impinging jetsModelization of cooling process using cylindrical impinging jets-2

189 K.Kobayashi

・・・ 1044Numerical simulation of water layer flow by multiple cylindrical impinging jetsModelization of cooling process using cylindrical impinging jets-3

190 O.Nakamura

・・・ 1045Development of cooling control technology for steel plates191 H.Tachibana

・・・ 1046Quantitative evaluation of injected water flow stability192 H.Sugihara

・・・ 1047Flow property of twin circular water jets impinging on a moving surface covered with water film193 K.Tatebe

・・・ 1048Effect of jet-to-jet spacing on the heat transfer characteristics of staggered arrays of free-surfaceimpinging water jets on a hot steel plate

194 J.H.Lee

・・・ 1049Influential factor for minimum heat flux temperature of the spray cooling195 M.Nakaseko

・・・ 1050Effect of aluminum on the formation of acicular ferrite in low-carbon steel weld metals196 A.Takada

・・・ 1051Effect of impact on brittle crack arrest behavior at ESSO test197 M.Kaneko

・・・ 1052Measurement of residual stress near Inconel/LAS welded interface region198 S.Daikuhara

・・・ 1053Velocity analyze of tools and material during piercing process199 Y.Inoue

・・・ 1054Finite element simulation of three-dimensional deformation in piercing rolling200 K.Yamane

・・・ 1055Effect of tool surface treatment on the friction property during hot rolling201 D.Ito

・・・ 1056Hot stretch-reduced steel tube with superior direct current magnetic properties202 M.Aratani

・・・ 1057Study for cutting load in ultrasonic-vibration assisted microdrillingDevelopment of CAE for plasticity processing system with ultrasonic vibration-13

203 T.Yoshida

・・・ 1058Study for load in ultrasonic-vibration assisted cutting and grindingDevelopment of CAE for plasticity processing system with ultrasonic vibration-14

204 T.Yoshida

・・・ 1059Effect of friction between tool and workpiece on chip formation mechanism 3rd

Analysis of chip formation on early stage after tool contact with FEM205 M.Hashimura

・・・ 1060Effects of addition of several kinds of element on the machinability of carbon steels for machine structal use206 K.Isobe

・・・ 1061Influence of the machinability on the oxide film formed on carbon steel surface207 Y.Koyano

・・・ 1062Relationship between microstructure and capability of belag formation on oxide inclusions in Ca-treatedsteels

208 K.Watari

・・・ 1063Influence of sulfide composition on machinability of free-machining ferritic stainless steels209 Y.Hikasa

・・・ 1064Localized deformation phenomena occurring on the surface of ultra-low-carbon steel in hot working210 Y.Nakamura

・・・ 1065Mechanism analysis of micro voids nucleation in ferrite-martensite dual phase steel by FEMFundamental investigations to clarify the mechanism governing local ductility-7

211 T.Matsuno

・・・ 1066Study on the void nucleation and growth around the share deformed region in steel plate using the platesharing 3D-FEM analysis based on Gurson model

212 N.Shigaki

・・・ 1067(ISIJ Research Promotion Grant)In-situ observation of the substructure formation behavior of martensiteduring deformation

213 H.T.Na

・・・ 1068Behavior of paint loss at the sheared edge of pre-painted stainless steel sheet214 H.Nakamura

・・・ 1069Vacancy behavior in heavily drawn pearlitic steel wire observed by positron annihilation spectroscopy215 K.Inoue

・・・ 1070Analyzing movement and high temperature strength of sand mold wall during casting iron216 K.Yamazaki

・・・ 1071Critical condition of edge and center splashing in wiping simulator217 G.Takeda

・・・ 1072(ISIJ Research Promotion Grant)Micro viscous flow processing of mono-sized Fe based metallic glassyparticles

218 N.Yodoshi

・・・ 1073Carburization phenomenon for steels occurring by using steel powder219 Y.Ueda

・・・ 1074Carbonitriding of stainless steels using steel powder220 N.Matsuda

・・・ 1075Stress distribution measurement near the surface in shot peened material using two dimensional detectorscanning system

221 S.Y.Zhang


Microstructure and Properties of Materials

・・・ 1076Precipitation phenomena for Nb added ultra low carbon steels222 T.Kizu

・・・ 1077Effect of niobium content on low spacing of interphase precipitation223 R.Okamoto

・・・ 1078Relationship between Ti contents and thermal stability of TiC precipitates in ferritic steel224 T.Tanaka

・・・ 1079Precipitation and solubility of Cu2S in ferrite steel225 I.Ohnuma

・・・ 1080Dissolution behavior of Cu-sulfides in ferrite steel226 T.Kataoka

・・・ 1081Effect of isothermal treatment on hardness after quenching of high-Cr cast steel227 K.Fujio

・・・ 1082The developments of texture and microstructure during high-temperature plane-strain compressiondeformation of Fe-3.0mass%Si alloy

228 Y.Onuki

・・・ 1083(ISIJ Research Promotion Grant)Influence of carbide particles on the grain growth of bcc Fe in an Fe-C-Valloy

229 M.Enomoto

・・・ 1084Effect of dynamic recrystallization on ferrite transformation230 T.Toyoda

・・・ 1085Interaction between carbon and chromium atoms in α-iron231 S.Hiramatsu

・・・ 1086Interaction between nitrogen and manganese atoms in α iron232 H.Numakura

・・・ 1087Enrichment behavior to Mo for the boundary between bainite and austenite in bainite transformation233 T.Amino

・・・ 1088On the quantitative measurement of carbon content in Fe-C binary alloys by atom probe tomography234 G.Miyamoto

・・・ 1089Relationship between deformation condition and grain size of dynamically transformed ferrite in 6Ni-0.1Csteel

235 N.K.Park

・・・ 1090Formation mechanism of crystal orientation relationship between the acicular ferrite and oxide236 H.Nako

・・・ 1091Heterogeneous nucleation in austenite-to-ferrite transformation of steels on oxide237 S.Shimoda

・・・ 1092Growth of austenite from As-quenched martensite during intercritical annealing in an Fe-0.1C-3Mn-1.5Sialloy

238 R.Wei

・・・ 1093Effect of Si addition and grain size on the plastic deformation of Fe-Si alloys239 H.G.Luo

・・・ 1094Characterization on heterogeneous deformation of polycrystal metal taking elasto-plastic anisotropy intoconsideration

240 T.Ohnuki

・・・ 1095Deformation behaviors of TRIP steels by neutron diffraction241 S.Harjo

・・・ 1096Static tensile deformation behavior studied by neutron and white x-ray diffrcation in a lean duplex stainlesssteel

242 N.Tsuchida

・・・ 1097Deformation behavior of laminated steels consisting of austenite and quenched martensite characterized bysynchrotron radiation diffraction

243 M.Ojima

・・・ 1098Effect of distribution and morphology of martensite on deformation behaviors of dual phase steels composedof ferrite and martensite

244 G.Ikeda

・・・ 1099Inhomogeneous deformation behavior observed using high-precision markers in ferrite-martensite steels245 S.Yoshioka

・・・ 1100Local deformation behavior observed using high-precision markers in ferrite-bainite steels246 H.Oda

・・・ 1101Strengthening mechanism in a low carbon martensitic steel247 S.Takaki

・・・ 1102Effect of trace solute carbon on the local mechanical properties in Fe-C alloys248 K.Nakano

・・・ 1103(ISIJ Research Promotion Grant)Carbon effects on the work hardning behavior of lath martensite in lowcarbon steel

249 T.Niino

・・・ 1104The measurement of critical resolved shear stress in pure iron and Cr added steel250 K.Kimura

・・・ 1105True stress-true strain behavior analysis of ultrafine grained ferrite single phase steel by image analysistensile test

251 S.Torizuka

・・・ 1106Effect of austenite grain size on the strength and ductility in air-cooled 0.1C-5Mn martensitic steel252 T.Hanamura

・・・ 1107Effects of microstructures on yield strength of hot-pressed steel sheets253 S.Tabata

・・・ 1108Flow stress at high strain rate of dual phase steels with different hardness of secondary phase254 Y.Tsunemi

・・・ 1109Dislocation density evaluated by XRD profile analysis in Ni based superalloy255 S.Fujii

・・・ 1110Morphological change in γ' precipitates with creep deformation of Re free single crystal nickel-basedsuperalloy NKH74 at 1273K

256 S.Fukamachi

・・・ 1111Dislocation substructure at γ/γ' interface of Re free single crystal nickel-based superalloy NKH71 creptat 1273K,250MPa

257 M.Miyazaki

・・・ 1112Morphology of γ' precipitates and lattice misfit in wrought Ni-based superalloy258 H.Hisazawa

・・・ 1113Influence of additive elements on properties of high temperature corrosion in Co-Ni-Al-W alloys259 M.Osaki

・・・ 1114Effects of minor elements and creep on precipitation behavior of Z phase in ASME Gr.91 steel260 K.Sawada

・・・ 1115Stress dependence and heat-to-heat variation in creep rupture ductility of ASME Gr.91 steelsCharacterization of recovered/recrystallized microstructure at inhomogeneously deformed portions

261 S.Kobayashi

・・・ 1116Short-term creep property in forged thick section modified 9Cr-1Mo steel262 Y.Nagae

・・・ 1117Creep rupture strength at 650℃ of (8.5-11.5)%Cr-W-Co steels263 K.Miki

・・・ 1118Microstructure of tempered martensite steel after HAZ simulated heat treatments264 Y.Tanaka

・・・ 1119Microstructure of fresh martensite steel after HAZ simulated heat treatments265 K.Kubushiro

・・・ 1120Microstructural evolution in weld joint of Gr.92 steel during creep deformation using SEM/EBSD method266 M.Mitsuhara

・・・ 1121Effect of fine grain formed in high B containing 9Cr ferritic heat resistant HAZ on creep property267 S.Tsukamoto

・・・ 1122(ISIJ Research Promotion Grant)Grain boundary engineering for controlling microstructure in ferritic heatresistant steel SUH3

268 Y.Yoshii

・・・ 1123Microstructural analysis of an advanced heat resistant ferrittic steel with the aid of free energy concept269 Y.Shioda

・・・ 1124Monkman-Grant relationship for Mod.9Cr-1Mo steel270 F.Abe

・・・ 1125The precipitation behavior of MnS in 2.5% silicon steel and the effect of hot working on the precipitation271 T.Murakawa

・・・ 1126Influence of carbide precipitations and rolling temperature on recrystallization texture in 3%Si steel272 Y.Shingaki

・・・ 1127Influence of grain boundary character distribution in primary recrystallized grains on secondaryrecrystallized texture

273 T.Imamura

・・・ 1128Formation of aluminide coating with gradually changed composition on pure Fe and SUS430 by reactiondiffusion

274 K.Niinobe

・・・ 1129Investigation of the mechanism of tack in embossing of a laminated steel sheet275 T.Nakashima

・・・ 1130(ISIJ Research Promotion Grant)Effects of cooling rate after austenitizing on strength and toughness of aTRIP-aided martensitic steel

276 Y.Nakajima

・・・ 1131Effects of isothermal transformation temperature on formability of a TRIP-aided martensitic sheet steel277 D.V.Pham

・・・ 1132Effect of martensite hardness on void formation during plastic deformation of a dual phase steel278 M.Azuma

・・・ 1133Influence of inhomogeneous microstructure of dual phase steel on deformation behavior279 S.Asai

・・・ 1134Influence of sheared edge on hydrogen embrittlement in high strength steel sheets-2Study on evaluation of delayed fracture property for high strength steel sheets-5

280 M.Yoshino

・・・ 1135Effect of low temperature ageing on the Hall-Petch coefficient of ferritic steels containing a small amount ofcarbon or nitrogen

281 K.Fujii

・・・ 1136Microstructure development during tensile deformation of ultra-low carbon lath-martensite steels282 T.Hayashi

・・・ 1137Effects of strain rate on the dislocation patterning in sheet steel283 A.Uenishi

・・・ 1138High temperature tensile properties of hot-rolled ferritic steel strengthened by fine carbides284 N.Kosaka

・・・ 1139Study for conditions of cleavageStudy for control technology of local strain in cutting of DP-steel-1

285 T.Yoshida

・・・ 1140Effect of hydrogen on gigacycle fatigue properties of low alloy steel used for storage cylinder in hydrogenstation

286 H.Hirukawa

・・・ 1141Effect of hydrogen on fatigue crack growth properties of low alloy steel used for storage cylinder inhydrogen stations

287 E.Takeuchi

・・・ 1142Gigacycle fatigue properties of double-melted SCM440 steel288 Y.Furuya

・・・ 1143Fatigue strength and fracture aspects of alloy718 Ni-base superalloy forging at high stress ratios289 N.Nagashima

・・・ 1144Effect of vacancy on low cycle fatigue lifetime290 T.Fukushi

・・・ 1145Crack growth modeling under rolling contact fatigue291 O.Umezawa

・・・ 1146The effect of microstructure formed with hot-wire method on both strength and toughness in a steel292 M.Akiyama

・・・ 1147Effects of B on microstructure and mechanical properties of weld metal in steels293 B.Takahashi

・・・ 1148Local plastic deformation behavior in low carbon martensitic steel294 A.Shibata

・・・ 1149Rigid plastic analysis of diffuse necking295 S.Nomura

・・・ 1150Effect of stress-triaxiality on ductile fracture of DP steelEvaluation of bendability considering the damage parameters

296 N.Kariya

・・・ 1151Effects of internal stress and Si contents on work-hardening behavior of dual phase steels297 S.Morooka

・・・ 1152Effect of carbon content on burring in ultra high strength TRIP sheet steels298 A.Nagasaka

・・・ 1153Effects of shot peening on surface residual stress of a TRIP-aided bainitic ferrite steel299 M.Natori

・・・ 1154Effect of normalizing on precipitation behavior of the nitrogen in nitrided carbon steel300 M.Yuya

・・・ 1155Effect of bluing temperature on microstructure of high carbon steel wires301 S.Nishida

・・・ 1156Liquid metal embrittlement cracking(LMEC) phenomenon due to molten Bi in the process of bainitetransformation of medium and high carbon steel

302 H.Kubo

・・・ 1157The role of spheroidized carbides on the fatigue life of SUJ2 bearing steel303 K.H.Kim

・・・ 1158Heat check properties of martensite and bainite steels304 K.Hashi

・・・ 1159Effect of heating and cooling process on precipitation behavior of modified P21 steel305 H.Chinen

・・・ 1160Simulation of carbon diffusion in vacuum carburizing306 S.Todo

・・・ 1161Mechanical properties of medium carbon steel after isothermal transformation treatment and spheroidizingannealing

307 M.Okonogi

・・・ 1162Influences of microstructure on cold forgeability in middle-carbon steel308 A.Monden

・・・ 1163Effects of carbon content on texture formation of Nb added cold steel sheets309 K.Kawamura

・・・ 1164Effect of pre-treatment before austenitization on formation of BWING310 K.Nakai

・・・ 1165Tempering behavior of high nitrogen and high carbon martensite steels studied by in-situ neutrondiffraction

311 H.Kamada

・・・ 1166Anomalous phase transformation behavior of Fe-Ni alloy induced by shot-peening312 H.Sato

・・・ 1167Reaustenitization and spheroidization of cementite from pearlite structure in proeutectoid steel containedCr

313 Y.Wakino

・・・ 1168Effects of refinement of austenite grain and cementite particles on the impact value of hardened steels314 K.Yamamoto

・・・ 1169Phase field simulation of the dependence of cementite spheroidization on additional elements315 T.Kohtake

・・・ 1170Microstructural change in pearlitic colony annealed below Ac1 temperature316 K.Takeda

・・・ 1171The restration of Japanese iron nails which were used for wooden structureCharacteristic of nails with the help of published papers

317 Y.Furunushi

・・・ 1172Behavior of aging at low temperature in SUS301L318 K.Adachi

・・・ 1173Microstructural study on martensitic precipitation hardening stainless steels strengthened by NiAl and ηphases

319 K.Shimoda

・・・ 1174Recrystallization of Cu containing ferritic stainless steel cold-rolled sheet320 J.Hamada

・・・ 1175Cu precipitation in ferritic stainless steels during high temperature tensile test321 N.Kanno

・・・ 1176Effect of V and N addition on precipitation behavior during thermal fatigue test in ferritic stainless steels322 T.Nakamura

・・・ 1177Change in high-temperature strength during isothermal holding in Nb bearing ferritic stainless steel323 K.Nishimura

・・・ 1178Degradation of high temperature strength during thermal exposure in heat-resistant ferritic stainless steel324 S.S.Kim

・・・ 1179Stretch formability of 14Cr-0.1Sn ferritic stainless steelDevelopment of Sn containing stainless steel-5

325 N.Isomura

・・・ 1180Development of lead-free free-cutting martensitic stainless steel326 M.Miyoseta

・・・ 1181Machinability and magnetic property of bismuth-containing 13Cr ferrite stainless steel327 E.Kimura

・・・ 1182Effect of Al addition on embrittlement behavior of high Cr and Mo content ferritic stainless steels328 A.Mizutani

・・・ 1183The influence of nitrogen for corrosion resistance of the Mo-Free duplex stainless steel welding jointThe Development of lean duplex stainless steel-2

329 Y.Oikawa

・・・ 1184Austenite formation behavior of duplex stainless steel weld metals330 Y.Iwasaki

・・・ 1185Surface-layer microstructure control for metastable austenitic stainless steel plate to improve hydrogenembrittlement resistance

331 K.Tsuboi

・・・ 1186Effect of nitrogen absorption treatment conditions on its concentration profile in SUS304332 M.Sawada

・・・ 1187Effect of surface finishing on high temperature oxidation behavior of austenitic stainless steel in N2-20%H2Oatmosphere

333 Y.Fujimura

・・・ 1188Mechanical properties of large scale forging product of Ni-based superalloy for A-USC turbine rotor334 S.Miyashita

・・・ 1189Effect of segregation on creep rupture strength on Ni-0.04C-26Cr-21Co-1Al-1.9Ti-1.8Nb casting alloy335 K.Nemoto

・・・ 1190Effect of trace elements on creep properties of Ni-Fe base superalloy for A-USC turbine rotor material336 K.Takasawa

・・・ 1191Effect of aging on microstructure evolutions of Fe/Ni dissimilar weld interface337 S.Oinuma

・・・ 1192Evaluation of precipitation behavior and creep property of a 23Cr-45Ni-7W alloy338 H.Okada

・・・ 1193Creep and mechanical properties of 30Cr-50Ni-W alloy for advanced USC boilers339 H.Semba

・・・ 1194Effect of plastic strain on creep rate of advanced stainless steels340 K.Kubushiro

・・・ 1195Microstructure and creep properties of the Zr added alloys strengthened by intermetallic compounds341 S.Ishikawa

・・・ 1196Effect of grain boundary Laves phase on creep of austenitic heat resistant steels of Fe-20Cr-30Ni-2Nb at1073K

342 T.Kimura

・・・ 1197Creep properties of Fe-20Cr-30Ni-2Nb austenitic heat resistant steels under water vapor atmosphere at1073K

343 Y.Misosaku

・・・ 1198Phase equilibria and partition of transition elements among γ-Fe/TCP/GCP phases in Fe-Ni-Nb-Mquaternary system

344 K.Suzuki

・・・ 1199Precipitation and morphology of Fe2Nb and Ni3Nb intermetallic phases in carbon free Fe-Cr-Ni-Nb steelsat 1073K

345 F.G.Gao

・・・ 1200The Formation and precipitation morphology of σ phase in carbon free Fe-Cr-Ni austenitic heat resistantsteel

346 T.Hirosawa

・・・ 1201Effect of grain boundary misorientation on the precipitation of Fe2Nb Laves phase in Fe-20Cr-30Ni-2Nbsteels

347 R.H.Zhang

・・・ 1202Evaluation of dislocation density and dislocation character by electron backscatter diffraction and X-raydiffraction for austenitic stainless steels with plastic strain

348 K.Nomura

・・・ 1203Dislocation density in creep ruptured specimens of austenitic heat resistant steels349 Y.Miyata

・・・ 1204Effect of phosphorus on age-hardening behavior of austenitic heat resisting steels350 K.Ohishi

・・・ 1205Mechanical properties of high nitrogen-high strength stainless steels in high pressure gaseous hydrogenenvironment

351 J.Nakamura

・・・ 1206Mechanical properties of N-added stainless steel with reduced amount of Ni and no Mo in high pressurehydrogen gas

352 K.Matsumoto

・・・ 1207Fatigue crack growth properties of hydrogen charged JIS SUS304 and SUS316L353 S.Ohmiya

・・・ 1208Analysis of hydrogen-related defects in austenitic stainless steels by positron annihilation spectroscopy354 K.Arai

・・・ 1209Effects of temperature on lattice defect formation and hydrogen embrittlement of SUS304 and SUS316L355 M.Kitamura

・・・ 1210Effect of strain rate, temperature and strength on lattice defect formation and hydrogen embrittlementsusceptibility of pure iron

356 T.Nakamoto

・・・ 1211Molecular dynamics simulation of elastic modulus of bcc Fe containing hydrogen and vacancy under tensilestress

357 R.Nemoto

・・・ 1212Effects of hydrogen-charging methods and loading methods on hydrogen embrittlement susceptibility ofhigh strength steels

358 Y.Matsumoto

・・・ 1213Evaluation of delayed fracture characteristics of high strength steels using CSRT359 Y.Miyake

・・・ 1214An approach to the hydrogen content estimation at stress concentration area360 J.Kinugasa

・・・ 1215The effect of plastic strain on hydrogen embrittlement resistance of high strength steel sheets361 S.Takagi

・・・ 1216(ISIJ Research Promotion Grant)Monitoring of hydrogen gas evolution with a high resolution duringdeformation and fracture in steels

362 K.Horikawa

・・・ 1217Change in diffusion coefficient of hydrogen in steel with elastic stresses363 K.Matsumoto

・・・ 1218Hydrogen absorption and diffusion behavior during phase transformation in steel364 Y.Sakiyama

・・・ 1219Hydrogen-related failure of zinc electronic galvanized steel by sacrificial protection365 R.Ohkuma

・・・ 1220Controlling factors on the brittle-to-ductile transition in Fe-Al alloy366 K.Tsujii

・・・ 1221Dependence of ductile fracture resistance on crack velocity367 K.Shibanuma

・・・ 1222Experimental and numerical analysis of dynamic behavior of internal and external pressure in offshorepipelines

368 H.Nakai

・・・ 1223Fractographic and FEM analyses of drop-weight tear test of linepipe steel369 T.Namegawa

・・・ 1224Effects of initial microstructure on toughness after rapid heating and quenching of boron steel sheets370 K.Hikita

・・・ 1225Mechanisms of enhancement of anti-fracture property of Ni steel by transformation of retained austenitenear crack tip

371 T.Kagaya

・・・ 1226Numerical simulation on charpy impact properties of TS 590 MPa grade steel in ductile-brittle transitionregion-2

372 S.Goto

・・・ 1227Effects of MnS content on ductile fracture properties evaluated by instrumented Charpy and tensile tests373 K.Murata

・・・ 1228Adhesion of coating layer in hot dip aluminum alloy coated dual-phase steel sheetCharacterization of interfacial shear stress between coating layer and steel substrate

374 S.Kobayashi

・・・ 1229Solubility of Fe in the liquid of Al-Mg-Si alloy at 1073 K375 Y.Ito

・・・ 1230The relation between silicon concentrations in Fe saturated liquid of Al-Mg-Si alloy and FeAl3 inequilibrium

376 Y.Kamo

・・・ 1231Effect of annealing and coating conditions on galvanizing characteristics in TWIP steel sheet377 S.H.Jeon

・・・ 1232Evaluation of long-term atmospheric corrosion performance of thermal sprayed Zn, Al and Zn-Al coatingsin coastal area

378 H.Katayama

・・・ 1233Anisotropic dissolution of pure iron in sulphuric acid379 K.Fushimi

・・・ 1234(ISIJ Research Promotion Grant)Mechanism of shot peening for suppressing surface hot shortness incopper-containing steelMicrostructural changes during early stage of oxidation

380 Y.Tanaka

・・・ 1235Effect of chemical composition on ferrite formation behavior during isothermal heat treatment381 T.Nozaki

・・・ 1236Effects of cooling rate on microstructure of solution-nitrided low carbon steel382 K.Tsukiyama

・・・ 1237Characteristics of phase transformation of high-nitrogen austenite in Fe-N alloy383 T.Tsuchiyama

・・・ 1238Effects of prior deformation and heating rate on DP structure formed by reversion of martensite384 N.Nakada

・・・ 1239Formation of grain boundary abnormal structure in eutectoid and hypereutectoid pearlitic steels385 G.Miyamoto

・・・ 1240Effect of grain size on thermal and mechanical stabilities of meta-stable austenitic stainless steel386 N.Nakada

・・・ 1241Phase transformation behavior of medium Mn steel in dual phase region387 K.Mizutani

・・・ 1242Effect of carbon content on grain size of reverse austenite from martensite in low alloy steel388 Y.Ueda

・・・ 1243Relation between internal stress and tensile property in pearlitic steel389 N.Koga

・・・ 1244Grain boundary segregation behavior of boron in steel analyzed by aberration corrected STEM390 G.Shigesato

・・・ 1245First priciple calculation of site occupancy of carbon and effects of carbon on tetragonality and magneticmoment of bcc Fe

391 H.Ohtsuka

・・・ 1246Effect of Ms gradient on the variant selection of lath martensite in steel392 Y.Mishiro

・・・ 1247Variant selection of ausformed lenticular martensite393 T.Chiba

・・・ 1248Effect of carbon and nitrogen on deformation-induced martensitic transformation behavior in metastableaustenitic stainless steel

394 T.Masumura

・・・ 1249Nucleation site and crystallographic characteristics of deformation-induced martensite in cold-rolledSUS304

395 Y.Matsuoka

・・・ 1250The effect of various strengthening methods on rolling contact fatigue property in austenitic stainless steels396 K.Ueda

・・・ 1251Tribological properties of austenitic stainless steels at high temperature397 N.Kumano

・・・ 1252Investigation of low cost processing for fiber reinforced metal398 S.Uchida

・・・ 1253Corrosion behavior of SUS443J1 at atmospheric corrosion environment399 T.Ishii

・・・ 1254Corrosion resistance of Cr-Mn-Ni austenitic stainless steels in atmospheric environment400 K.Sato

・・・ 1255Ten year exposure test of stainless steel using actual sea water401 M.Yabe

・・・ 1256Effect of FeTiP precipitation and Cu,Mo content on dissolution rate of Type 409 stainless steels in sulfuricacid

402 S.Teraoka

・・・ 1257Micro-electrochemical characterization of MnS inclusion/steel hetero boundaries403 M.Toujou

・・・ 1258Effect of cyclic pre-stress on hydrogen existing states and hydrogen embrittlement susceptibility of V-added high-strength steel

404 M.Kaneko

・・・ 1259Effect of microstructure of martensite on hydrogen embrittlement in 8Ni-0.1C steel405 T.Matsuoka

・・・ 1260Effect of grain size on hydrogen embrittlement of Ni-base alloys406 K.Miyata

・・・ 1261Effect of dislocation stability and number of hydrogen trap sites on delayed fracture properties of cold-drawn pearlitic steels

407 K.Noguchi

・・・ 1262SSRT of ultra-high strength R5 grade chainReport1 of EAC of offshore mooring chain

408 J.Yin

・・・ 1263Effect of microstructure on hydrogen induced cold cracking of high strength weld metal409 H.Sueyoshi


Process Evaluation and Material Characterization

・・・ 1264Special distribution and temporal variation of light emissions from laser-induced plasma at an atmosphericpressure

410 S.Kashiwakura

・・・ 1265The evaluation for heating temperature of coal and coke by laser raman spectrometry411 K.Hanada

・・・ 1266Discrepancy of relative intensity of XRF characteristic lines between EDX and WDX412 J.Kawai

・・・ 1267XPS characterization of surface layers on stainless steels formed by annealing in low oxygen potential413 A.Ito

・・・ 1268Analysis of cement hydration process using proton 1HNMREstimation of time-dependent behavior of micropore structure in cement paste

414 Y.Kose

・・・ 1269Analysis of cement hydration process using nuclear magnetic resonance-2Analysis of changes in chemical structure using solid state NMR

415 T.Takahashi

・・・ 1270Utilization of information selective SEM detectors for the observation of chemical reaction on steel surface416 E.Hamada

・・・ 1271(ISIJ Research Promotion Grant)Sizing flaws in steel plates using an intensity-modulated eddy currentinspection technique

417 N.Yusa

・・・ 1272Quantitative analysis of mineral phases in sinter by the Rietveld method418 T.Takayama

・・・ 1273Phase stress analysis of drawn pearlite steel using white X-ray micro beam419 M.Kumagai

・・・ 1274Measurement of internal stress distributions near grain boundary of SUS316 with white X-ray micro beam420 T.Miyazawa

・・・ 1275Structural analysis of poorly crystalline Fe-Ti rust using small-angle scattering421 Y.Oba

・・・ 1276Effect of carbon content on dislocations and microstructure refinement of wiredrawn pearlite steel422 S.Sato

・・・ 1277Investigation of residual stress evolution during shape memory behavior in Fe-Mn-Si-Cr alloy by white X-ray microbeam diffraction

423 E.P.Kwon

・・・ 1278Development of in situ neutron diffraction for deformation at low temperature424 S.Harjo

・・・ 1279Positron annihilation analysis of plastic deformation process of high purity iron425 M.Uchikoshi



ISIJ and JIM Joint Session

・・・　1280Theoretical study of gum metal 1:Search of approximants

J1 R.Asahi

・・・　1281Theoretical study of gum metal 2:Calculations of ideal strength

J2 N.Nagasako

・・・　1282Effect of β phase before aging on TiFe formation in titanium containing small amount of ironJ3 H.Seto

・・・　1283High-cycle fatigue properties of β-annealed Ti-6Al-4V Normal and ELI alloy at cryogenic temperatureJ4 T.Yuri

・・・　1284Phase transformation behavior of Ti-4Fe-7Al alloy with heat treatmentsJ5 Y.Takemoto

・・・　1285Anomalous shape change during heat treatment in Ti-5Al-2Fe-3Mo deformed at room temperatureJ6 T.Kunieda

・・・　1286Effect of texture on bendability of Ti-3Al-5V alloyJ7 H.Takebe

・・・　1287Laser nitridization of titanium-Effect of nitrogen gas pressure on layer thicknessJ8 W.Saito

・・・　1288Plasma nitriding behavior of fine-grained pure titanium at low temperatureJ9 T.Nishimoto

・・・　1289Effect of friction stir welding on microstructure and mechanical properties of α+β type titanium alloy fornext-generation air crafts

J10 K.Komine

・・・　1290Development of biomedical Ti-based shape-memory/superelastic alloysJ11 S.Miyazaki

・・・　1291Influence of Sn content on phase constitution and heat treatment behavior of Ti-Mn-Sn alloys for medicalapplications

J12 M.Ikeda

・・・　1292The relationship between mechanical properties and micro segregation in biomedical beta type titaniumalloy

J13 K.Narita

・・・　1293Low-temperature high-strain-rate superplasticity of UFG-Ti-6Al-4V processed by α'-processing 1J14 K.Yoshida

・・・　1294Low temperature-high strain rate superplasticity in UFG Ti-6Al-4V alloy produced by “α’processing” 2J15 H.Matsumoto

・・・　1295Influence of strain and lamellar alignment on hot deformation microstructure development of lamellar alphaphase in Ti-6Al-4V alloy

J16 Y.Ito

・・・　1296Influence of Mo,W,and/or Y additions on the compressive strength and the oxidation resistance of hightemperature titanium alloys

J17 T.Kitashima

・・・　1297Microstructural characterization of several near-α high temperature Ti alloysJ18 D.H.Ping

・・・　1298Microstructure and oxidation resistance of near-α Ti-Al-Sn-Zr-based alloysJ19 W.L.Xiao

・・・　1299Experimental consideration by in situ observation on plasto-elastic deformation behavior of βtype titaniumalloys

J20 Y.Mantani

・・・　1300Effect of elemental segregation and aging condition on room temperature tensile deformation of Ti-12Moalloy

J21 S.Emura

・・・　1301Precipitation kinetics of ω phase in β titanium alloysJ22 H.T.Ni

・・・　1302Effect of HPT deformation on phase decomposition in Ti-15mass%Mo alloyJ23 B.Z.Jiang

・・・　1303Quantitative analysis of work-hardning behavior by {332}<113> twinning in Ti-15Mo alloyJ24 X.J.Chen



ISIJ and JIM Joint Session

・・・　1304Phase transformations and annealing behavior of 304 austenitic stainless steel deformed by high pressuretorsion

J25 I.Shuro

・・・　1305Cyclic stress-strain responce of ECAPed SUS316L stainless steelJ26 S.Hayashi

・・・　1306Effect of structural parameters on the mechanical properties of a harmonic SUS329J1 duplex stainless steelJ27 O.Ciuca

・・・　1307Ductility at high speed deformation of warm-rolled and annealed Hadfield steelJ28 R.Ueji

・・・　1308Deformation behavior of harmonic structure designed Ti-6Al-4V alloy compacts J29 T.Sekiguchi

・・・　1309Fatigue fracture behavior and texture of commercial purity Ti severely deformed by ARBJ30 H.Kitahara

・・・　1310Aging behaviors of Al-0.2Sc-4.2Ag alloy severely deformed by ARB processJ31 Y.Zeng

・・・　1311Behavior of deoxidization on magnetite under millimeter-wavesJ32 S.Takayama

the timetable of the 164th isij meeting mon thu wed

Documents