Program of the 157th ISIJ Meeting (March 29-30, 2009)
General
Presentation Only
Current Advance in Materials and
Process, Vol.22, No.1
High Temperature
Processes
|
Lecture No. |
Title |
Speaker |
Page |
|||||
|
Preparatory research on innovative ironmaking process |
H.Fujimoto |
··· 86 |
|||||
|
2 |
Effective diffusivity for CO-CO2 through high reactive coke |
M.Ono |
··· 87 |
||||
|
3 |
Effective thermal diffusivity of iron catalyst containing high
reactive coke |
K.Nishioka |
··· 88 |
||||
|
4 |
Evaluation of effect of vicinity arrangement of iron ore and
carbonaceous materials on initiating temperature of gasification |
T.Nouchi |
··· 89 |
||||
|
5 |
Effect of carbon structure on gasification of organic waste materials
by H2O |
T.Maeda |
··· 90 |
||||
|
6 |
Lowering temperature of reduction reaction of iron oxide/carbonaceous
material composite by dehydration of combined water |
T.Nishimura |
··· 91 |
||||
|
7 |
Reaction behavior of coal composite iron ore hot briquettes under
load at high temperatures |
Y.Tanaka |
··· 92 |
||||
|
8 |
Influence of mixing coal composite iron ore hot briquette on blast furnace
simulated reaction behavior of a packed mixed bed |
H.Mizoguchi |
··· 93 |
||||
|
Removal mechanism of sulfur from desulphurization slag containing
CaF2 by oxidation |
J.Kobayashi |
··· 94 |
|||||
|
10 |
Vaporization behavior of components in EAF dust during heating with
lime |
Y.Inoue |
··· 95 |
||||
|
11 |
Removal of arsenic or selenium from coal fly ash by diluted acid |
S.Kashiwakura |
··· 96 |
||||
|
12 |
Activities of BO1.5 in the MgO-BO1.5, CaO-BO1.5 and SiO2-BO1.5 slags
at 1873K |
A.S.Sunkar |
··· 97 |
||||
|
13 |
Activities of BO1.5 in the MgO-BO1.5-SiO2 and CaO-BO1.5-SiO2 slags at
1873K |
A.S.Sunkar |
··· 98 |
||||
|
14 |
Effect of joint condition and friction force on thermal stress
analysis of BOF |
Y.Hino |
··· 99 |
||||
|
15 |
Improvement of BOF refractories for No.2 steelmaking hop on Kashima
Steel Works |
H.Tokuda |
··· 100 |
||||
|
16 |
Improvement in vessel life by applying low carbon MgO-C brick for NSR
converter |
K.Hohki |
··· 101 |
||||
|
17 |
Observation of carbon block for blast furnace hearth |
H.Inoue |
··· 102 |
||||
|
18 |
Improvement of penetration of blast furnace hearth's injection
refractory at hot temperature |
A.Kasai |
··· 103 |
||||
|
Operational test of segregated granulation method for high-P brockman
ore at commercial sinter plant |
S.Machida |
··· 104 |
|||||
|
20 |
Application of thermodaynamic equibrium calculation database for
prediction model of structure in sintered ore (No.2 report) |
K.Kunii |
··· 105 |
||||
|
21 |
Clarification of strength mechanism in drying for iron ore granules |
S.Kawachi |
··· 106 |
||||
|
22 |
Effect of H2 content on reduction disintegration index of iron ore
agglomerates |
Fengman Shen |
··· 107 |
||||
|
23 |
Agglomeration of return fines for blast furnace raw materials |
R.Murai |
··· 108 |
||||
|
24 |
Effect of the factors on micro size dust in exhaust gas for iron ore
sintering |
T.Kawaguchi |
··· 109 |
||||
|
25 |
Causal ingredients for dioxins emission during iron ore sintering
investigated by pot test designed with orthogonal array |
M.Nakano |
··· 110 |
||||
|
(ISIJ Young Researcher Award) Research on metallurgical prodction of semiconductor materials |
T.Yoshikawa |
|
|||||
|
27 |
Investigation of the SiC saturated liquid phase in the Fe-Si-C system |
S.Kawanishi |
··· 111 |
||||
|
28 |
Effect of phonon frequency on thermal conductivities of silicon
nanowires |
H.Hasegawa |
··· 112 |
||||
|
29 |
Accurate measurement of heat capacity, hemispherical total emissivity
and thermal conductivity of liquid silicon by noncontact modulated laser
calorimetry |
H.Kobatake |
··· 113 |
||||
|
30 |
Containerless diffusion experiment using hybrid electromagnetic-aerodynamic
levitation technique in a static magnetic field |
K.Higuchi |
··· 114 |
||||
|
Equilibrium between Ti and O at extremely low Ti concentration region
of molten Fe-Cr-Ni alloy |
T.Miki |
··· 115 |
|||||
|
32 |
Reduction of CO2 emission through ironmaking |
T.Kinugasa |
··· 116 |
||||
|
33 |
Production of tantalum fine powder by zinc reduction in molten salt |
Y.Hoshino |
··· 117 |
||||
|
34 |
Reproduction of rare-earth elements from sludge of Nd-Fe-B magnets by
pyrometallugy |
K.Kubo |
··· 118 |
||||
|
35 |
Effects of carbon concentration and cooling rate on opacification of
2 liquid phases in Fe-Cu-C system |
S.Tagaki |
··· 119 |
||||
|
Effect of Cr content on stability of Si-Mn deoxidized products in
Fe-Cr alloy |
H.Shibata |
··· 120 |
|||||
|
37 |
Prediction of nonmetallic inclusion formation in
Fe-40mass%Ni-5mass%Cr alloy production process |
N.Satoh |
··· 121 |
||||
|
38 |
Development of mold powder for high-aluminum-steel |
Cai Dexiang |
··· 122 |
||||
|
39 |
Suggestion about mould flux providing dramatic decrease in radiation
heat transfer |
H.Toyota |
··· 123 |
||||
|
40 |
Development of hard secondary cooling by high pressure water spray |
T.Murai |
··· 124 |
||||
|
41 |
Effect of applying the electric field on Al2O3 adhesion of SEN
surface |
T.Kato |
··· 125 |
||||
|
42 |
Fundamental study for the effect of applying the electric field on
the reaction between CC immersion nozzle and molten steel |
T.Yoshikawa |
··· 126 |
||||
|
43 |
Numerical and physical simulation of fluid flow in argon blowing ladle
during casting |
Tian-peng Qu |
··· 127 |
||||
|
Development of continuous desiliconization process in hot metal
runner at blast furnace |
T.Nakasuga |
··· 128 |
|||||
|
45 |
Desulfurization behavior of hot metal with Al-CaO-MgO flux |
Y.Nakai |
··· 129 |
||||
|
46 |
Dephosphorization of hot metal with calcium ferrite powder |
T.Kaneko |
··· 130 |
||||
|
47 |
Hot metal dephosphorization technique for getting the lower final
phosphorus content utilizing the FeO dynamic control |
A.Matsui |
··· 131 |
||||
|
48 |
Effect of temperature and slag composition on P2O5 condensation
behavior in solid 2CaO%SiO2 |
Xiao Yang |
··· 132 |
||||
|
49 |
Change of aluminum composition in liquid steel by blowing Ar-O2
mixture gas under reduced pressure |
M.Numata |
··· 133 |
||||
|
50 |
Influence of thickness of slag layer on gas-liquid reaction rate |
N.Maruoka |
··· 134 |
||||
|
Vortex depth and penetration depth of low-density particles in
mechanical agitation |
S.Sato |
··· 135 |
|||||
|
52 |
Particle dispersion characteristics in a mechanically agitated bath |
S.Sato |
··· 136 |
||||
|
53 |
Prevention of swirl generation in discharging liquid from cylindrical
container |
Y.Sorata |
··· 137 |
||||
|
54 |
Visualization of sedimentary particles lifted up by swirl motion of a
bubbling jet |
T.Fujikawa |
··· 138 |
||||
|
55 |
(Nishiyama Commemorative Prize) Transport of nitrogen in molten iron through successive phases of
metal, slag and gas |
Hideki Ono-Nakazato |
··· 139 |
||||
|
56 |
Kinetics of carbothermic reduction of powder of ZnO-Fe2O3 |
Y.Kato |
··· 140 |
||||
|
57 |
Mechanism of bubble disintegration and dispersion by mechanical
stirring in gas injection refining |
Liu Yan |
··· 141 |
||||
|
58 |
Analysis of gas utilization efficiency in injection refining process |
Liu Yan |
··· 142 |
||||
|
Heightening coke reactivity with CO2 by a organic calcium compound |
A.Kotani |
··· 143 |
|||||
|
60 |
Improvement of coal crushing condition and actual operation for
prevention of fine coal generation |
Y.Katsumi |
··· 144 |
||||
|
61 |
Study about carbon adhere to chamber wall with chamber width
measuring system |
M.Nakano |
··· 145 |
||||
|
62 |
Development of dust monitoring system by beta ray |
Y.Ono |
··· 146 |
||||
|
63 |
Enhanced No.1 CDQ(Coke Dry Quenching) in Chiba |
Y.Kitayama |
··· 147 |
||||
|
64 |
The improvement of burning ratio of gas discharged from the coke oven |
K.Oodate |
··· 148 |
||||
|
65 |
Effect of bubble growth factor on coke strength |
H.Sumi |
··· 149 |
||||
|
66 |
Coke degradation behavior during conveyance at actual blast furnace |
T.Natsui |
··· 150 |
||||
|
67 |
Manufacture method for ceramic welding material sample |
T.Haruna |
··· 151 |
||||
|
68 |
Reduction of coking pressure by selective crushing of high coking
pressure coal |
S.Nomura |
··· 152 |
||||
|
69 |
Influence of wall surface unevenness of coke oven chamber on coke
pushing force |
T.Nakagawa |
··· 153 |
||||
|
70 |
Measurement of the deflection of heating chamber wall during
carbonization |
S.Ishikawa |
··· 154 |
||||
|
(ISIJ Research Promotion Grant) Dependence of normal spectral emissivity of molten Fe-C alloys on
carbon concentration |
T.Suzuki |
··· 155 |
|||||
|
72 |
Prediction model for the surface energy of solid metals |
A.Fukuda |
··· 156 |
||||
|
73 |
Measurement of surface tension for solid Cu by multiphase equilibrium
method using oxide droplet |
M.Nakamoto |
··· 157 |
||||
|
74 |
(Keynote Lecture) Distribution of precious metals between copper matte and FeOx-SiO2 slag
and precious metals solubility in FeOx-SiO2 slag |
K.Yamaguchi |
··· 158 |
||||
|
75 |
Derivation of interaction parameters of Fe-Cu-B system by quadratic
formalism |
K.Yamaguchi |
··· 159 |
||||
|
76 |
Viscosity of molten Fe-B binary alloy |
Y.Sato |
··· 160 |
||||
|
(Nishiyama Commemorative Prize) Application of alternative electromagnetic field to quality control
in steel continuous casting |
T.Toh |
··· 161 |
|||||
|
78 |
Control of a free surface fluctuation by means of double-axis
electromagnetic stirring |
R.Otake |
··· 162 |
||||
|
79 |
Falling behavior of insulating solid particle along a vertical wall in
sodium chloride solution under imposition of intense magnetic field |
K.Kumazawa |
··· 163 |
||||
|
80 |
Bentonite clay purification using the effect of high magnetic field |
A.Eskandarpour |
··· 164 |
||||
|
81 |
Copper distribution in Fe-0.44%Cu alloy after heat treatment under
magnetic field |
Yuan Yi |
··· 165 |
||||
|
(Keynote Lecture) Lunar future exploration and in-situ resource utilization on the
lunar surface |
K.Matsui |
··· 166 |
|||||
|
83 |
(Keynote Lecture) Chemical engineering for lunar in-situ resources utilization |
T.Watanabe |
··· 167 |
||||
|
84 |
Rate and mechanism of reduction of iron oxide in lunar soil simulant
by graphite |
H.Sonezaki |
··· 168 |
||||
|
85 |
Thermal decomposition of ferric oxide under low oxygen partial
pressure |
K.Nakano |
··· 169 |
||||
|
86 |
Physical property measurements of molten regolith |
S.Sukenaga |
··· 170 |
||||
|
87 |
Fundamental approach to recovery of iron from lunar soil |
S.Murakami |
··· 171 |
||||
|
88 |
Vaporization behavior of phosphorus from pre-melted incinerator ash
of sewage sludge |
Elias Matinde |
··· 172 |
||||
|
89 |
Evaporation behavior of PbCl2 in Ar-H2O and Ar-O2 atmosphere |
K.Yajima |
··· 173 |
||||
|
90 |
Dissolution behavior of electronic arc furnace oxidizing slag on
repeating elution test |
S.Yokoyama |
··· 174 |
||||
|
91 |
Investigation of solidification properties during the hydrothermal
treatment of various waste slags |
Y.Hanawa |
··· 175 |
||||
|
(ISIJ Research Promotion Grant) Effect of acceleration due to gravity on the solidified structure in centrifugal
casting process |
H.Esaka |
··· 176 |
|||||
|
93 |
Challenge for in-situ observation of solidification behavior of
carbon steels |
N.Nakatsuka |
··· 177 |
||||
|
94 |
Time-resolved evaluation of segregation during solidification by X-ray
imaging |
H.Yasuda |
··· 178 |
||||
|
95 |
Quantitative phase-field model for alloy solidification involving
solid diffusion |
M.Ohno |
··· 179 |
||||
|
96 |
Recently improvement for no slab conditioning ratio on Kakogawa Works |
Y.Tanaka |
··· 180 |
||||
|
97 |
Reconstruction, operation and quality of No.1 continuous caster at
Kashima Works |
Y.Mizuno |
··· 181 |
||||
|
98 |
Improvement of opening ratio of ladle sliding nozzle at No.2
steelmaking shop in Kure Works |
Y.Ohsugi |
··· 182 |
||||
|
Effects of chromium addition on as-solidified austenite grain
structure in 0.2 mass% carbon steel |
S.Tsuchiya |
··· 183 |
|||||
|
100 |
As-cast austenite grain structure in Al added hyperperitectic carbon
steel |
S.Kencana |
··· 184 |
||||
|
101 |
Effect of Ti and Al addition on solidification structure of permalloy |
M.Kubota |
··· 185 |
||||
|
102 |
(ISIJ Research Promotion Grant) Effect of cooling rate evolved by simulated strip casting and thin slab
casting processes on the austenitic microstructure in HSLA steels |
T.Murakami |
··· 186 |
||||
|
103 |
Effect of Mg addition on solidification structure of low-carbon steel |
K.Isobe |
··· 187 |
||||
|
104 |
Effect of flow field on formation of channel segregation during
upward unidirectional solidification |
T.Sawada |
··· 188 |
||||
|
105 |
Analysis of microsegregation for rolls by computed phase diagram |
H.Miyahara |
··· 189 |
||||
|
106 |
Prediction of dendrite structure in Fe base multi-component alloys
using calaculated phase diagram |
T.Itoh |
··· 190 |
||||
|
Optimization of evaluation of sinter reduction degradation1 |
C.Fukumoto |
··· 191 |
|||||
|
108 |
The high efficiency operation of Kokura No.2 blast furnace by
improvement of sinter quality at Kokura No.3 sintering plant |
A.Sakai |
··· 192 |
||||
|
109 |
Development of 2-dimensional blast furnace model combining gas flow and
solid flow using DEM |
M.Kadowaki |
··· 193 |
||||
|
110 |
Relining and blow-in operation of Kobe No.3 blast furnace |
N.Uchida |
··· 194 |
||||
|
111 |
Installation of taphole at Muroran No.2 blast furnace |
K.Ohnishi |
··· 195 |
||||
|
112 |
Effect of tap hole installation at Muroran No.2 blast furnace |
T.Orimoto |
··· 196 |
||||
|
(Scientific Achievement Merit Prize) Process control of blast furnace ironmaking for low reducing agent
rates |
M.Shimizu |
|
|||||
|
114 |
Blast furnace operation with the Bi-PCI process of pulverized coal
injection |
Fengman Shen |
··· 197 |
||||
|
115 |
Modeling of reaction behavior of carbon iron-ore composite
considering atmosphere influence |
K.Watanabe |
··· 198 |
||||
|
116 |
Effect of molten slag formation on metal-slag separation behavior |
M.Kaimoto |
··· 199 |
||||
|
117 |
Dripping behavior of droplet in paced bed filled with immiscible
fluid |
K.Nishioka |
··· 200 |
||||
|
118 |
Analysis of particle size segregation at the bell-less top of blast
furnace by DEM |
H.Mio |
··· 201 |
||||
|
119 |
Optimization of DEM physical properties based on BF cold model |
S.Natsui |
··· 202 |
||||
|
120 |
Asymmetric phenomena of solid motion in blast furnace simulated by
DEM |
S.Ueda |
··· 203 |
||||
|
Chloride capacity of homogeneous molten slags |
M.Hasegawa |
··· 204 |
|||||
|
122 |
Modeling for thermodynamic property of liquid phase to predict immiscibility
in alkali borate glass |
M.Suzuki |
··· 205 |
||||
|
123 |
Effect of iron oxide additive on the viscosity of steel-making slag |
T.Nagahisa |
··· 206 |
||||
|
124 |
Measurements of refractive indices and linear thermal expansion coefficients
for silicate glasses containing TiO2 |
T.Shimizu |
··· 207 |
||||
|
125 |
Dissolution behavior of Ln2O3 (Ln=Nd,Dy) in molten LiF-LnF3 system |
K.Nakano |
··· 208 |
||||
|
126 |
Measurement of electric resistivity for molten Sb2Te3 as function of
temperature |
S.Maeda |
··· 209 |
||||
|
127 |
Thermal conductivity measurements of Sb2Te3 melt using short hot wire
method |
Lan Rui |
··· 210 |
||||
|
128 |
Thermophysical properties-Some thermodynamic approaches |
T.Matsushita |
··· 211 |
||||
|
Oxidative removal process of COD substances in waste water by
ultrasound irradiation with simultaneous gas bubbling |
O.Terakado |
··· 212 |
|||||
|
130 |
Synthesis of nanomaterials by ultrasonic cavitation |
S.Hatanaka |
··· 213 |
||||
|
131 |
Change in solidification microstructures of Al-Si alloy by ultrasound
irradiation into cooling water bath |
O.Terakado |
··· 214 |
||||
|
132 |
Effect of ultrasonic vibration on macrostructure of Sn-Pb castings |
N.Fukuda |
··· 215 |
||||
|
133 |
Effect of ultrasonic irradiation on interfacial phenomena of
steelmaking processes |
K.Okumura |
··· 216 |
||||
|
|
|
|
|
|
|
|||
Social
Engineering on Iron and Steel Industry
|
Lecture No. |
Title |
Speaker |
Page |
|
||||
|
134 |
(Scientific Achievement Merit Prize) Toward the sound material cycle society |
Y.Adachi |
|
||||
Environmental
and Energy Technology
|
Lecture No. |
Title |
Speaker |
Page |
|
|||
|
334 |
Effect of hydrogen on gaseous reduction of iron ore aggromerates with
H2-CO mixture |
T.Usui |
··· 294 |
|||
|
335 |
Carbon deposition from tar vapor within dehydrated goethite |
K.Matsui |
··· 295 |
|||
|
336 |
Reduction of low-grade ore by ligneous biomass |
T.Sugiyama |
··· 296 |
|||
|
337 |
Production of ferrous bio-coke by goethite iron ore |
T.Sugiyama |
··· 297 |
|||
|
338 |
Possibility of active carbon recycle energy system for iron smelting |
Y.Kato |
··· 298 |
|||
|
339 |
Mathematical model of blast furnace for hydrogen injection |
Y.Kashiwaya |
··· 299 |
|||
|
340 |
Analysis of hydrogen injection operation using BF mathematic model |
Y.Kashiwaya |
··· 300 |
|||
|
Dense @-SiAlON by spark plasma sintering(SPS) of combustion
synthesized powders |
Xuemei Yi |
··· 301 |
||||
|
342 |
Combustion-synthesis of TiFe-based hydrogen storage alloy using
industrial Ti powder |
S.Sasaki |
··· 302 |
|||
|
343 |
Thermal conductivity of metal hydride paper with carbon fibre |
S.Shiraishi |
··· 303 |
|||
|
344 |
(ISIJ Research Promotion Grant)Structural
characterization of humic substances forming iron humate utilized for
recovery of marine forest |
M.Yamamoto |
··· 304 |
|||
|
345 |
Recovery of Ni in wastewater with magnesium |
N.Sakamoto |
··· 305 |
|||
|
346 |
Hydrolysis rate of aluminum nitride in alkaline solutions |
A.Nosaka |
··· 306 |
|||
|
Production of the biodiesel oil using slag catalysts from steel maker |
K.Toishi |
··· 307 |
||||
|
348 |
Absorption of CO2 in electronic arc oxidizing slag discharged from
stainless steel making process under wet grinding |
B.M.N Nik Hisyamudin |
··· 308 |
|||
|
349 |
(ISIJ Research Promotion Grant) Synthesis of hydrogarnet from blast furnace slag using alkali fusion |
T.Wajima |
··· 309 |
|||
Instrumentation,
Control and System Engineering
|
Lecture No. |
Title |
Speaker |
Page |
|
||||
|
Development of high accuracy coke oven chamber width meter |
C.Uematsu |
··· 342 |
|||||
|
136 |
Precision of measured strain in simple tension test |
G.Katsuki |
··· 343 |
||||
|
137 |
(ISIJ Research Promotion Grant) Corrosion rate prediction model in boiler water for technical module
of erosion-corrosion |
K.Ito |
··· 344 |
||||
|
138 |
Optimum scheduling system for coal pile deployment in coal stock yard |
H.Kobayashi |
··· 345 |
||||
|
139 |
Simulator and scheduler for hot-metal transportation |
M.Shioya |
··· 346 |
||||
|
140 |
Agent based diagnostic support method of hot tandem mills |
K.Nakano |
··· 347 |
||||
|
141 |
Development of a support system for manufacturing process design of
steel plates |
T.Shirasaka |
··· 348 |
||||
|
142 |
Completion report of Hirohata FIPL control computer system renewal |
T.Suyama |
··· 349 |
||||
Processing
for Quality Products
|
Lecture No. |
Title |
Speaker |
Page |
|
||||
|
143 |
(Nishiyama Commemorative Prize) Research on numerical analyses of rolling and drawing processes |
K.Komori |
··· 433 |
||||
|
144 |
Effect of variable roll peripheral speed to ensure high reduction in
vicinity of billet center |
Y.Okuda |
··· 434 |
||||
|
145 |
Trial manufacture of thermal fatigue testing machine and property of
hot forging die materials |
R.Ishihara |
··· 435 |
||||
|
146 |
Development of interface between CAD and XML file system |
T.Yoshida |
··· 436 |
||||
|
147 |
(Mishima Medal) Laser welding of heavy section steel plates |
S.Tsukamoto |
|
||||
|
148 |
(ISIJ Research Promotion Grant) Direct verification of solidification behaviors in austenitic
stainless steel weld |
H.Terasaki |
··· 437 |
||||
|
149 |
Toughness improvement of weld heat affected zone in X70 grade clad
steel pipe |
S.Sato |
··· 438 |
||||
|
Measurement of the plastic deformation behavior of ultra-thin
stainless steel sheet using biaxial tensile test and in-plane reverse loading
test |
S.Murakoso |
··· 439 |
|||||
|
151 |
Effect of yield function for increasing accuracy in predicting
surface deflection of automotive outer panels |
T.Moriya |
··· 440 |
||||
|
152 |
Effect of strain gradient on stretch flange deformation limit |
E.Iizuka |
··· 441 |
||||
|
153 |
Finishing for improving quality of sheared edge of punched ultra high
strength steel sheet |
K.Mori |
··· 442 |
||||
|
154 |
The optimization of hot stamping process for satisfaction of crush
worthness and weight reduction of bumper beam |
Kwang-Soon Kim |
··· 443 |
||||
|
155 |
Effect of mechanical properties and bending condition on thinning
behavior of ferritic stainless steel pipes |
Y.Ozaki |
··· 444 |
||||
|
Experimental study on the plate breaking deformation in hot plate rolling
and the leveling deformation of the thick plate that has a breaking point |
N.Shigaki |
··· 445 |
|||||
|
157 |
Behavior of initial curvature of plates in roller leveling process |
T.Watanabe |
··· 446 |
||||
|
158 |
Improvement of straightness of steel tube |
H.Demiya |
··· 447 |
||||
|
159 |
Basic concept of OPL (Oita Plate Leveler) |
K.Wakatsuki |
··· 448 |
||||
|
160 |
Basic specification of OPL(Oita Plate Leveler) |
T.Shiraishi |
··· 449 |
||||
|
161 |
Mill structure of OPL(Oita Plate Leveler) |
K.Yamamura |
··· 450 |
||||
|
(Shiraishi Commemorative Prize) Strip running stabilizing technology on hot and cold rolling process |
K.Ishino |
|
|||||
|
163 |
Influence of roll surface finishing method and roll diameter on strip
surface |
M.Miura |
··· 451 |
||||
|
164 |
Surface characteristics of stainless steel sheets cold-rolled in two
passes |
H.Yamamoto |
··· 452 |
||||
|
165 |
Effect of scale thickness on coefficient friction in hot rolling |
Y.Nakata |
··· 453 |
||||
|
166 |
(Shiraishi Commemorative Prize) Development of simulation system for quenching and tempering of steel
parts |
K.Okamura |
|
||||
|
167 |
Effect of water temperature on the spray cooling(2) |
M.Nakaseko |
··· 454 |
||||
|
168 |
Heat transfer characteristics of planar water jets impinging on a hot
substrate |
g.Fujimoto |
··· 455 |
||||
|
169 |
Numerical analysis of bow of sheet pile after finish rolling |
H.Fukuda |
··· 456 |
||||
Microstructure and
Properties of Materials
|
Lecture No. |
Title |
Speaker |
Page |
|
||||
|
170 |
(Nishiyama Commemorative Prize) Recrystallization of lath martensite in steel, clarified facts and
remaining questions |
T.Tsuchiyama |
··· 504 |
||||
|
171 |
Influence of sub-structures in steels on a nanocrystalline structure
formed by heavy surface deformation |
H.Saitoh |
··· 505 |
||||
|
172 |
Bainitic transformation behavior studied by simultaneous neutron
diffraction and dilatometry measurement |
Min-Seo Koo |
··· 506 |
||||
|
173 |
Influence of cooling rate for solidification structure of Corson
alloy |
S.Tanaka |
··· 507 |
||||
|
174 |
Three-dimensional analysis and classification of grain boundary
ferrite |
K.M.Wu |
··· 508 |
||||
|
175 |
Carbide precipitation behavior in a tempered heat resistant steel
12Cr2Mo1R |
K.M.Wu |
··· 509 |
||||
|
176 |
Orientation relation on deformation IF steels recrystallization grain
by in-situ EBSD observation |
H.Nakamichi |
··· 510 |
||||
|
177 |
Austenite grain refinement by Ti addition in inversely transformed
carbon steel |
C.Murakami |
··· 511 |
||||
|
Thermodynamic consideration of impurity removal from molten iron |
T.Miki |
··· 512 |
|||||
|
179 |
Steel production process utilizing impurities with the change in raw
material |
Y.Kobayashi |
··· 513 |
||||
|
180 |
Effect of CaO on dephosphorizing ability of MnO-SiO2-FetO-MgO system |
S.Kodama |
··· 514 |
||||
|
181 |
Copper sulfide phenomenon in comprehensive understandings of sulfide
precipitation in steel |
Y.Ishiguro |
··· 515 |
||||
|
182 |
Several expected phenomena and their proofs through newly-proposed
mechanism of sulfide precipitation in steel |
Y.Ishiguro |
··· 516 |
||||
|
183 |
Mechanism of surface cracking induced by residual copper and process
control in continuous casting of steel |
T.Kajitani |
··· 517 |
||||
|
184 |
Influence of shot peening on surface hot shortness of copper
containing steel |
A.Takemura |
··· 518 |
||||
|
(Mishima Medal) Control of secondary recrystallization in grain-oriented silicon
steel |
Y.Ushigami |
|
|||||
|
186 |
Effect of tin content on the secondary recrystallization behaviors of
grain oriented electrical steels |
Chun-Chih Liao |
··· 519 |
||||
|
187 |
The roll of cold rolling reduction on recrystallization along shear
bands in Fe-3%Si alloy |
K.Murakami |
··· 520 |
||||
|
188 |
The nucleation timing of secondary-recrystallization grains in
oriented electrical steel |
T.Oomura |
··· 521 |
||||
|
189 |
Anisotropy of stress induced by the coating formed on the grain
oriented steel |
T.Okubo |
··· 522 |
||||
|
190 |
Magnetization mechanism of steel sheet with Si gradient in the
thickness direction |
T.Hiratani |
··· 523 |
||||
|
Hydrogen embrittlement of an ultrafine fibrous grain structure steel
with 1500MPa strength level |
Y.Nie |
··· 524 |
|||||
|
192 |
Thermal desorption profiles and hydrogen embrittlement of stable or
metastable austenitic stainless steels |
T.Hirose |
··· 525 |
||||
|
193 |
Hydrogen existing states and mechanical properties of
electrolysis-charged pure iron |
N.Taneichi |
··· 526 |
||||
|
194 |
Phenomenological aspect of hydrogen environment embrittlement of
steels |
H.Arashima |
··· 527 |
||||
|
195 |
(Nishiyama Commemorative Prize) Aiming to establish an evaluation method for delayed fracture
property of high strength steel |
E.Akiyama |
··· 528 |
||||
|
196 |
Evaluation of susceptibility to delayed fracture of high strength
steel with hydrogen traps |
Songjie Li |
··· 529 |
||||
|
197 |
Effect of hydrogen cathodic charging on fatigue fracture of SUS310S
stainless steel |
A.Kishi |
··· 530 |
||||
|
In-situ observation of low carbon high alloy steel martensite transformation
with high temperature laser scanning confocal microscopy |
Shuoyuan Zhang |
··· 531 |
|||||
|
199 |
EBSP analysis of high-strength martensitic steel during large tensile
deformation |
M.Michiuchi |
··· 532 |
||||
|
200 |
Alloying effects on reverse transformation kinetics from pearlite in
high carbon steels |
G.Miyamoto |
··· 533 |
||||
|
201 |
Crystallography of isothermally transformed low carbon bainite |
N.Takayama |
··· 534 |
||||
|
202 |
(Shiraishi Commemorative Prize) Approach to atomic level characterization for microstructure control
in steel |
M.Sugiyama |
|
||||
|
203 |
(ISIJ Research Promotion Grant) Effect of nucleation process of acicular ferrite on mechanical properties
in steels |
Y.Kotani |
··· 535 |
||||
|
204 |
Crystal structure analysis of acicular ferrite in steel containing
oxide particles |
T.Suzuki |
··· 536 |
||||
|
(ISIJ Young Researcher Award) Reversion to austenite in lath martensitic structure |
N.Nakada |
|
|||||
|
206 |
(Nishiyama Commemorative Prize) Improvement of damping capacity using training effect in Fe-Mn based
alloy |
Y.Watanabe |
··· 537 |
||||
|
207 |
Morphological control of the second phase in hot rolling steel plates
by alloy designing |
T.Kimura |
··· 538 |
||||
|
208 |
Ferrite transformation during deformation in a low alloy steel
studied by in situ neutron diffraction |
Pingguang Xu |
··· 539 |
||||
|
209 |
Ferrite structure formed from deformed large austenite |
T.Hanamura |
··· 540 |
||||
|
210 |
(Nishiyama Commemorative Prize)Ultrafine grain refinement
of plain C-Mn steel by rapid cooling after short interval hot rolling in a stable
austenite region |
T.Tomida |
··· 541 |
||||
|
211 |
Texture memory of an ultra low carbon bainite steel with
transformation texture appearing through α→γ→α transformations |
A.Ohmori |
··· 542 |
||||
|
212 |
Formation mechanism of ferrite/martensite interface in a
SPCC/SUS420J2 layer-integrated steel |
T.Hayashi |
··· 543 |
||||
|
3D fractography of high nitrogen austenitic steel |
Y.Adachi |
··· 544 |
|||||
|
214 |
Prediction method of Charpy absorbed energy in multi-pass welds HAZ |
A.Tanizawa |
··· 545 |
||||
|
215 |
Influence of surface friction on fatigue property |
E.Sakurada |
··· 546 |
||||
|
216 |
Fatigue property of submicrocrystalline IF steel processed by HPT |
M.Kumagai |
··· 547 |
||||
|
217 |
Fatigue crack propagation on heat-treated medium carbon steel |
H.Kubo |
··· 548 |
||||
|
218 |
Effect of mean stress on the fatigue strength of a high-carbon
martensitic steel |
A.Shiga |
··· 549 |
||||
|
219 |
(ISIJ Young Researcher Award)High-cycle fatigue
properties and fracture mechanism of structural materials for cryogenic
applications |
Y.Ono |
|
||||
|
Observation of hydrogen evolution on corroding duplex stainless steel
by SECM |
T.Taniguchi |
··· 550 |
|||||
|
221 |
Effect of Mo addition on crevice corrosion resistance of 18Cr
ferritic stainless steels |
Y.Nishihara |
··· 551 |
||||
|
222 |
Effect of manganese content on electrical properties of stainless
steels for solid oxide fuel cells |
S.Ide |
··· 552 |
||||
|
223 |
Corrosion behavior of stainless steel on its shear cut surface |
T.Yamamoto |
··· 553 |
||||
|
224 |
Effect of alloying elements on the corrosion resistance in high
nitrogen martensitic stainless steels |
S.Sato |
··· 554 |
||||
|
225 |
Behavior of corrosion-fatigue crack formation in high nitrogen
austenitic stainless steel |
N.Yagi |
··· 555 |
||||
|
226 |
S/TEM analysis of passive film on stainless steel |
E.Hamada |
··· 556 |
||||
|
227 |
Analysis of passive films formed on the stainless steel in the high
temperature and high pressure water by hard X-ray photoelectron spectroscopy
using SPring-8 |
M.Sato |
··· 557 |
||||
|
The influence of microstructures on mechanical properties in Ni base
alloy |
T.Hamaguchi |
··· 558 |
|||||
|
229 |
Fundamental study on the γ/γf coherent precipitation strengthening in
Ni base alloys |
M.Yonemura |
··· 559 |
||||
|
230 |
Effects of precipitation strengthening phases on creep deformation
behavior and rupture strength in Ni-base superalloys |
H.Semba |
··· 560 |
||||
|
231 |
Change in morphology of γ' precipitates of single crystal
nickel-based superalloy, CMSX-4, with compressive creep deformation at 1323K |
K.Nakada |
··· 561 |
||||
|
232 |
Surface hardening in Ni-base dual two-phase intermetallic alloys by
plasma-carburizing and -nitriding |
Y.Kaneno |
··· 562 |
||||
|
233 |
Properties of γ' precipitation strengthening Co-W-Al wrought alloys
with various amounts of γ' phase |
M.Osaki |
··· 563 |
||||
|
Phase-field simulation for the formation of M23C6 carbide in SUS304
austenitic steel |
A.Shiraki |
··· 564 |
|||||
|
235 |
Heat-to-heat variation in creep life and G.B. precipitation
strengthening of SUS321HTB and SUS347HTB steels |
F.Abe |
··· 565 |
||||
|
236 |
Effects of microstructure and oxidation on long-term creep strength
of ASME Gr.23 steel |
K.Sawada |
··· 566 |
||||
|
237 |
(ISIJ Research Promotion Grant) Phase transformation behavior around Ac1 of 9Cr-0.5Mo-1.8W-V-Nb steel |
T.Tokunaga |
··· 567 |
||||
|
238 |
Evolution of crystallographic microstructure in lath martensite
during creep deformation |
M.Mitsuhara |
··· 568 |
||||
|
239 |
Variation in size of precipitates in modified 9Cr steel during creep |
M.Tamura |
··· 569 |
||||
|
240 |
(ISIJ Research Promotion Grant)Stability of tempered lath
structures during long-term exposure in strength enhanced high Cr ferritic
steels |
Hassan Ghassemi Armaki |
··· 570 |
||||
|
241 |
Effect of cobalt and boron on long term creep rupture strength of
12Cr cast steels |
M.Arai |
··· 571 |
||||
|
242 |
Effect of prior austenite grain size and precipitates behaviour on
the creep property of HAZ simulated Gr92 steel |
Y.Liu |
··· 572 |
||||
|
243 |
Observation of oxide layer of 9 Cr ferritic heat resistant steels
among different conditions of preliminary oxidation and surface treatment |
K.Yoshioka |
··· 573 |
||||
|
(Scientific Achievement Merit Prize) Prediction of microstructure and properties of alloys |
H.Onodera |
|
|||||
|
245 |
(Nishiyama Commemorative Prize) Mathematical modeling of phase transformation during cooling of
steels |
M.Suehiro |
··· 574 |
||||
|
246 |
Three-dimensional multi-phase-field simulation of ferrite
transformation in carbon steel |
A.Yamanaka |
··· 575 |
||||
|
247 |
Constitutive modeling of TWIP steel |
Hansoo Kim |
··· 576 |
||||
|
248 |
A model for microstructural evolution of Nb-microalloyed steels
during hot deformation |
Kim Hyun Jin |
··· 577 |
||||
|
249 |
Precipitation behavior of Cu and laves phase in 18Cr ferritic
stainless steel |
T.Takeda |
··· 578 |
|||||
|
250 |
(ISIJ Research Promotion Grant) Effects of the treatments before austenitization on formation of
intragranular bainite |
Y.Takahashi |
··· 579 |
||||
|
251 |
Effects of B for transformation of ferrite in structural steel SM490 |
T.Yamashita |
··· 580 |
||||
|
252 |
(Mishima Medal) Development of high strength automotive steels by employing strain
aging phenomena |
K.Sakata |
|
||||
|
253 |
Aging temperature dependence on carbon state in heavily drawn high
carbon steel wires |
J.Takahashi |
··· 581 |
||||
|
254 |
Investigation for the rule factor on sheet spacing of interphase
precipitation in V added medium carbon steel |
T.Murakami |
··· 582 |
||||
|
255 |
Quantitative observation of nano-sized particle distribution in a
nitrided Fe-1Cr alloy |
Y.Tomio |
··· 583 |
||||
|
(ISIJ Research Promotion Grant)Magnetomechanical properties
of highly magnetostrictive iron alloys for micro-actuator and high-damping
applications |
H.Numakura |
··· 584 |
|||||
|
257 |
Effect of micro structure on loss factor of Al-added steel sheet |
K.Fujita |
··· 585 |
||||
|
258 |
The effect of austenite grain size on the quenched and tempered lath
martensite in an Fe-0.2mass%C-2mass%Mn alloy |
T.Araki |
··· 586 |
||||
|
259 |
Relationship between grain size and microstructure, and yield stress
in medium and high carbon steel-2 |
T.Hanamura |
··· 587 |
||||
|
260 |
Progress of fast multi-physical property measurement by
electrical-optical hybrid pulse-heating method |
H.Watanabe |
··· 588 |
||||
|
261 |
Influence of strain history on Young's modulus |
K.Iida |
··· 589 |
||||
|
262 |
Effect of microscopic strain distribution on deformation behavior of
dual phase steels |
H.Sueyoshi |
··· 590 |
||||
|
263 |
EBSP investigation of inhomogeneously deformed ferrite in dual phase
steel |
S.Ohtani |
··· 591 |
||||
|
Microstructures and mechanical properties of 7Mn multiphase steels |
C-S Oh |
··· 592 |
|||||
|
265 |
Microscopic analysis of bending deformation in ferrite-martensite dual-phase
steel sheet |
K.Hayashi |
··· 593 |
||||
|
266 |
Effect of interfacial bonding strength on tensile elongation of
brittle/ductile multilayered steel composites |
S.Nambu |
··· 594 |
||||
|
267 |
Effects of heating time on the material properties in hot stamping
process |
Hee-Joong Im |
··· 595 |
||||
|
268 |
Evaluation of delayed fracture for high strength steel sheets |
J.Kinugasa |
··· 596 |
||||
|
Hydrogen penetration behavior of SNCM439 steel with tensile
deformation in gaseous hydrogen |
K.Takasawa |
··· 597 |
|||||
|
270 |
Experimental approach of local diffusible hydrogen detection in iron
by laser beam exposure |
T.Iwata |
··· 598 |
||||
|
271 |
Hydrogen desorption spectra from various trapping sites using thermal
desorption spectrometry detected from low-temperature |
Y.Sato |
··· 599 |
||||
|
272 |
Analysis of trapping hydrogen site using artificially produced Fe/TiN
multilayers Part II |
K.Sasakawa |
··· 600 |
||||
|
273 |
(ISIJ Research Promotion Grant)Formation of hollow oxides
via oxidation of Fe and Ni nanoparticles and structural stability of hollow
structure |
R.Nakamura |
··· 601 |
||||
|
274 |
Burring of ultra high strength TRIP sheet steels |
A.Nagasaka |
··· 602 |
||||
|
275 |
Effect of Nb on the microstructures in a HSLA steels with large heat
input welding |
K.M.Wu |
··· 603 |
||||
|
276 |
Influence of heat input on welding of a 700MPa grade ultra-low carbon
bainitic steel |
K.M.Wu |
··· 604 |
||||
|
Contact electric resistance of plated stainless steel for bipolar
plates under PEFC environment |
S.Kamoshida |
··· 605 |
|||||
|
278 |
Effect of acid rain component on appearance of hot-dip 55mass%Al-Zn coated
steel sheet in atmospheric exposure environment |
M.Matsuno |
··· 606 |
||||
|
279 |
An effect of adsorption of ethanolamine for cathodic delamination of
organic coated steel |
M.Murase |
··· 607 |
||||
|
280 |
(Nishiyama Commemorative Prize) Application to can materials of steel sheets laminated non-oriented
polyester film |
N.Maida |
··· 608 |
||||
|
281 |
(ISIJ Research Promotion Grant) Improvement of solution flow type micro-droplet cell and its
electrochemical property |
M.Sakairi |
··· 609 |
||||
|
282 |
Effect of environmental condition on cathodic protection of 55%Al-Zn
alloy coated steel sheet |
M.Matsumoto |
··· 610 |
||||
|
283 |
Numerical analysis of galvanic corrosion at share cut edge of
galvanized steel sheet |
N.Okada |
··· 611 |
||||
|
284 |
Corrosion behavior of weathering steel in high wet condition |
S.Miura |
··· 612 |
||||
|
Comparison of surface textured galvannealed steel sheets for
automotive panels |
Young-Min Choi |
··· 613 |
|||||
|
286 |
Effect of oil additives for tribological characteristic of
galvannealed steel sheet |
T.Sugawara |
··· 614 |
||||
|
287 |
Effect of inorganic lubricant film for cylindrical drawing of
galvannealed steel sheet |
H.Ishigaki |
··· 615 |
||||
|
288 |
Effect of galvanized steel sheets on adhesion property in dynamic
crash test |
T.Kubota |
··· 616 |
||||
|
289 |
Thermodynamic analysis of selective oxidation behavior of Si and
Mn-added steel during recrystallization annealing |
Y.Suzuki |
··· 617 |
||||
|
290 |
Effect of steel composition on the wettability and heat resistance of
aluminized steel sheet |
Dae-Chul Bae |
··· 618 |
||||
|
291 |
Production of 55%Al-Zn coated heavy gauge steel sheet in Hyundai
HYSCO |
Sang-Jin Park |
··· 619 |
||||
|
(Nishiyama Commemorative Prize) Development of Cr-Mn-Ni austenitic stainless steels |
Y.Habara |
··· 620 |
|||||
|
293 |
(ISIJ Research Promotion Grant) Development of stainless steel implant with uni-directionally
elongated pores for osteoinduction |
T.Ishimoto |
··· 621 |
||||
|
294 |
Effect of C or N addition on the aging heat treatment of SUS410L
ferritic stainless steels |
Y.Hikasa |
··· 622 |
||||
|
295 |
Influence of boron on high temperature strength of Nb added ferritic
stainless steels |
N.Kanno |
··· 623 |
||||
|
296 |
Effects of Si addition on oxidation behaviors in Nb containing
ferritic stainless steel-2 |
Y.Inoue |
··· 624 |
||||
|
Application of ECAP for ferritic stainless steel sheets to control
texture |
M.Matsunaga |
··· 625 |
|||||
|
298 |
Effect of boron content on machinability for h-BN free cutting
stainless steel |
S.Emura |
··· 626 |
||||
|
299 |
Effects of alloying elements on work hardening behavior of stable
austenitic stainless steel |
H.Matsubayashi |
··· 627 |
||||
|
300 |
Effect of vanadium, niobium, and titanium on mechanical properties of
SUS-301L |
M.Sawada |
··· 628 |
||||
|
(Nishiyama Commemorative Prize) Development of high performance steels for machine structural use by
TMCP technology |
T.Hoshino |
··· 629 |
|||||
|
302 |
Rolling contact fatigue property of fine-grained bearing steels |
K.Hashimoto |
··· 630 |
||||
|
303 |
The influence of shot peening on torsional fatigue of induction
hardened medium carbon steel |
H.Morimoto |
··· 631 |
||||
|
304 |
Applying carbonitrided carbon steel on rolling bearing |
K.Taguchi |
··· 632 |
||||
|
305 |
Low temperature nitriding behavior of high speed steel for bearing
applications |
K.Yagita |
··· 633 |
||||
|
(ISIJ Research Promotion Grant) Effects of hot-forging on toughness of TRIP-aided bainitic ferrite
steel with good hardenability |
K.Sugimoto |
··· 634 |
|||||
|
307 |
Retained austenite characteristics of TRIP-aided martensitic steels |
J.Kobayashi |
··· 635 |
||||
|
308 |
Bainite structures and mechanical properties of SUP12 spring steel |
T.Suzuki |
··· 636 |
||||
|
309 |
(Nishiyama Commemorative Prize) Development of high strength suspension spring steel with excellent
corrosion fatigue life |
N.Ibaraki |
··· 637 |
||||
|
310 |
Effect of chromium addition on lamellar spacing and high-temperature
stability in pearlitic steels |
M.Honjo |
··· 638 |
||||
|
(Nishiyama Commemorative Prize) Development of high grade OCTG and linepipe by utilizing boron
addition |
H.Asahi |
··· 639 |
|||||
|
312 |
Application of B-added low carbon bainite steels to heavy wall X80
UOE line pipe for ultralow temperature use |
T.Fujishiro |
··· 640 |
||||
|
313 |
Effect of cooling rate on formation of martensite-austenite
constituent in HAZ |
Y.Shintaku |
··· 641 |
||||
|
314 |
Investigation of texture distribution through the thickness of the
controlled rolled steel plate |
Y.Kajita |
··· 642 |
||||
|
315 |
Influence of boron and copper on microstructure and mechanical
properties of ultra-high strength steel plates with lean chemistry |
Chang Gil Lee |
··· 643 |
||||
Process
Evaluation and Material Characterization
|
Lecture No. |
Title |
Speaker |
Page |
|
||||
|
316 |
(ISIJ Research Promotion Grant)High-sensitivity measurement
of the emission signal from radio-frequency glow discharge plasma by
modulating the bias current |
K.Wagatsuma |
··· 675 |
||||
|
317 |
Elemental analysis of iron and steel by solid-phase extraction/ ICP-MS
using anion exchange extraction disk |
S.Hasegawa |
··· 676 |
||||
|
318 |
Application to steel analysis of DIN-ICPMS |
M.Inose |
··· 677 |
||||
|
319 |
(Asada Medal) Development and application of analytical techniques for trace elements
in iron and steel |
S.Hirai |
|
||||
|
320 |
In vitro bioassay of steel materials by mammalian cells |
A.Ogawa |
··· 678 |
||||
|
321 |
Evaluation of coal fly ash taken by FIB-TOF-SIMS |
S.Hayashi |
··· 679 |
||||
|
Development a Ti reference material for determination of hydrogen by
GD-OES |
M.Itoh |
··· 680 |
|||||
|
323 |
Analysis of nitrided surface formed on stainless steel by Ar-N2 gas
glow discharge plasma |
S.Sato |
··· 681 |
||||
|
324 |
Characterization of crystalline defects formed by shear deformation
in steel using positron probe microanalyzer |
S.Suzuki |
··· 682 |
||||
|
325 |
Analysis of calcium oxide using an infrared spectrophotometry |
Y.Fujioka |
··· 683 |
||||
|
326 |
Damping mechanism of high manganese stainless steel |
T.Komai |
··· 684 |
||||
|
327 |
Microstructural analysis of steel by imaging angle selective
backscattered electron |
T.Aoyama |
··· 685 |
||||
|
328 |
(Nishiyama Commemorative Prize) Development of nano-structure characterization techniques and its
application to advanced steel |
K.Sato |
··· 686 |
||||
|
Analysis of composition and morphology of inclusions formed by
aluminum and titanium simultaneous deoxidation |
H.Matsuura |
··· 687 |
|||||
|
330 |
Electrolytic extraction of inclusions in steel using nonaqueous
electrolyte containing Maleic anhydride |
R.Inoue |
··· 688 |
||||
|
331 |
The particle size distribution measurement of inclusions in steel by electrolytic
extraction method using magnetic separation |
M.Miyajima |
··· 689 |
||||
|
332 |
Inclusion and precipitate composition particle analysis method by MIP
atomic emission spectrometry |
T.Kikuchi |
··· 690 |
||||
|
333 |
Nanoanalysis by various quantum beams |
H.Yamamoto |
··· 691 |
||||