Program of the 158th ISIJ Meeting (September 15-17, 2009)
General
Presentation Only
Current Advance in Materials and
Process, Vol.22, No.2
High
Temperature Processes
Lecture No. |
Title |
Speaker |
Page |
Acceleration of reduction rate of carbon iron-ore composite by coating sub-micron hematite |
K.Watanabe |
··· 762 |
|
2 |
Design of iron ore/carbon composite for increasing iron reduction rate |
M.Kawanari |
··· 763 |
3 |
Quantitative analysis on the contribution of direct reduction of iron oxide-carbon composite |
T.Nishimura |
··· 764 |
4 |
Reduction mechanism of iron oxide-carbon composite by polyethylene at low temperature |
T.Murakami |
··· 765 |
5 |
Effect of carbon property on gasification rate of carbon obtained by decomposition of organic waste |
H.Yotsuhashi |
··· 766 |
6 |
Gasification reaction behavior of coal composite iron ore hot briquettes |
Y.Tanaka |
··· 767 |
7 |
Influence of hydrogen on reaction behavior of sinter under a blast furnace simulated condition |
A.Inayoshi |
··· 768 |
8 |
Influence of mixing coal composite iron ore hot briquette on blast furnace simulated reaction behavior in a packed mixed bed-II |
H.Mizoguchi |
··· 769 |
The effect of mineralogical properties and particle size on reducibility of the pellets |
M.Yano |
··· 770 |
|
10 |
Gaseous reduction experiment of mosaic embedding iron ore sinter containing alumina |
K.Tanizawa |
··· 771 |
11 |
Effect of CO gas concentration on reduction rate of iron oxide |
D.Noguchi |
··· 772 |
12 |
Dependence of
base materials on carburization reaction and smelting in the condition of
heating rapidly |
N.Ishiwata |
··· 773 |
13 |
Synthesis of Fe3C by iron ores reduction with CO-CO2-H2 mixture |
De-youg Wang |
··· 774 |
14 |
Kinetics of carburization of solid iron by CO gas at 1423∼1623K |
Joonho Lee |
··· 775 |
Swelling behavior of coal particles |
T.Arima |
··· 776 |
|
16 |
Development of high-performance caking additive in high strength coke making |
T.Shishido |
··· 777 |
17 |
Pore structure of super-coke produced by addition of high performance caking additive |
K.Ueoka |
··· 778 |
18 |
Pressure generation in the coking chamber at coal charging |
K.Uebo |
··· 779 |
19 |
Void in a coke oven chamber |
T.Arima |
··· 780 |
20 |
Distribution of pressure on oven wall during coke pushing |
T.Nakagawa |
··· 781 |
21 |
Construction and operation of Oita No.5 coke oven battery |
K.Doi |
··· 782 |
Effect of coal size segregation in coal bin on clearance between coke oven wall and coke cake |
T.Yamamoto |
··· 783 |
|
23 |
The quantity of coke shrinkage using photo-images processing |
K.Gokan |
··· 784 |
24 |
Observation result of coke oven regenerator inside |
N.Ootaka |
··· 785 |
25 |
Diagnosis-repair apparatus for coke oven chamber wall in Kimitsu No.4,5 coke oven batteries |
K.Masaki |
··· 786 |
26 |
A blockade preventive countermeasure of desulfurizing tower |
M.Taniguchi |
··· 787 |
27 |
Optimization of operation control at activated sludge treatment equipment |
K.Matsuoka |
··· 788 |
Inhibition of the biased flow in the mold using submerged entry nozzle with H type well |
J.Yoshida |
··· 789 |
|
29 |
Mechanism of inclusion entrapment in solidified shell by using numerical simulation (3rd report) |
Y.Miki |
··· 790 |
30 |
Improvement of slab quality nearby ladle-change point with application of the "tandish pad" at Kure No.2 slab caster |
Y.Hiraga |
··· 791 |
31 |
Influence of mold flux on growth of solidified shell in continuous casting mold |
M.Hanao |
··· 792 |
32 |
Effect of wettability between mold surface and molten flux on solidification of steel |
S.Itoyama |
··· 793 |
33 |
Heat transfer behavior of molten iron and nickel during early stages of solidification |
H.Todoroki |
··· 794 |
34 |
Apply nozzle
using low air to 4-1CC in |
D.Nakai |
··· 795 |
Effect of cooling rate on nucleation near the chill surface |
K.Tsuchida |
··· 796 |
|
36 |
Crystallographic orientation of alloy determined from the solidified pattern |
H.Esaka |
··· 797 |
37 |
Evaluation of Si concentration around dendrite envelope during solidification |
H.Yasuda |
··· 798 |
38 |
In-situ observation of secondary arm coarsening of carbon steels |
N.Nakatsuka |
··· 799 |
39 |
δ/γ phase transformation mode during solidification of Fe-0.44C steel |
H.Yasuda |
··· 800 |
40 |
Prediction of σ phase formation in austenitic stainless steels |
S.Fukumoto |
··· 801 |
41 |
Enhancement of P segregation by Al addition and its effect on grain refinement of as-cast austenite in 0.2wt% C steel |
S.Kencana |
··· 802 |
42 |
Effect of solute flow on porosity formation in high nitrogen steel under pressurized atmosphere |
F.Takahashi |
··· 803 |
43 |
Assessment of hot ductility with various thermal histories as an alternative method of in situ melting |
Un Hae Lee |
··· 804 |
44 |
Three-dimensional numerical analysis of channel segregation during lateral directional solidification of Sn-Bi alloy |
T.Sawada |
··· 805 |
Thermodynamics on deoxidation and desulfurization equilibrium of liquid iron |
Y.Tachiiri |
··· 806 |
|
46 |
Mass transfer of P2O5 between liquid slag and solid solution of 2CaO·SiO2 and 3CaO·P2O5 |
S.Kitamura |
··· 807 |
47 |
Removal behavior of copper from molten iron with sulfide flux |
M.Naka |
··· 808 |
48 |
Kinetics of carbothermic reduction of powder of ZnO-Fe2O3 in reduced pressure |
Y.Kato |
··· 809 |
49 |
Behavior of nickel ore during carbon reduction |
T.Miki |
··· 810 |
50 |
Mg deoxidation equilibrium of liquid Fe-Cr-Ni alloy |
H.Fukaya |
··· 811 |
51 |
Turbulent
coagulation and bubble flotation of suspended particles in liquid |
H.Arai |
··· 812 |
52 |
Water model experiments for hydrodynamic forces acting on inclusion particles in turbulent shear flow by simultaneous observation of particle behavior and flow field |
T.Kato |
··· 813 |
53 |
Effect of turbulent fluid flow on bubble disintegration and dispersion in liquid under mechanical stirring |
Wang Qiang |
··· 814 |
Effect of impeller height on water flow under offset agitation with an immersion cylinder |
S.Sato |
··· 815 |
|
55 |
Study of external desulfurization of hot iron by dolomite |
Ren Xiaodong |
··· 816 |
56 |
Development of hot metal dephosphorization with CaO powder top blowing |
M.Miyata |
··· 817 |
57 |
Effective utilization of soda ash refining dust for hot metal dephosphorization |
T.Kaneko |
··· 818 |
58 |
Reaction behavior of P2O5 at CaO/slag and 2CaO·SiO2/slag interfaces |
Xiao Yang |
··· 819 |
59 |
Dissolution rate of MgO into molten slag |
N.Maruoka |
··· 820 |
60 |
Conditions of
emulsion formation in lead |
D.Y.Song |
··· 821 |
61 |
Present state of steelmaking technology of BOF at Qianfan works of shougang group |
Yang Cui |
··· 822 |
62 |
Improvement of heat transfer of combustion heat of burner to molten metal with addition of powder raw materials |
G.Okuyama |
··· 823 |
63 |
Improvement of BOF productivity in Kashima No.2 steel making plant |
T.Nakagiri |
··· 824 |
64 |
Improvement of
controllability in multi-refining converter process at |
S.Niino |
··· 825 |
Optimum operating condition of granulation-mixer on pre-granulation process |
K.Yanagihara |
··· 826 |
|
66 |
Influence on heat level of sintering reaction |
K.Katayama |
··· 827 |
67 |
Evaluation of
sinter reduction degradation with blast furnace condition |
C.Fukumoto |
··· 828 |
68 |
Application of
micro-focus |
S.Kawachi |
··· 829 |
69 |
Characteristics of anthracite coal as sinter bonding agent |
K.Nushiro |
··· 830 |
70 |
Effect of granule structure on combustion behavior of coke breeze |
T.Nakagawa |
··· 831 |
Effect of dry
particle adding after mixture granulating process on material bed
permeability |
Y.Yamaguchi |
··· 832 |
|
72 |
Effect of return
fine adding after mixture granulating process on sinter productivity |
M.Matsumura |
··· 833 |
73 |
Test of return
fine addition with bypassing granulation route at Kashima No.3 sinter plant |
Y.Nakagawa |
··· 834 |
74 |
Assimilation
properties of iron oxides that compose iron ore-2 |
J.Okazaki |
··· 835 |
75 |
Influence of
aluminium compounds on strengh of sinterd tablets |
Y.Fujioka |
··· 836 |
76 |
Effect of gaseous
fuel injection on heat pattern in the sintering bed |
N.Oyama |
··· 837 |
77 |
Effect of
gaseous fuel injection on the formation of pore structure in the sinter cake |
N.Oyama |
··· 838 |
78 |
Effect of
gaseous fuel injection on the sintering operation at Keihin sinter plant |
K.Yamashita |
··· 839 |
79 |
Mathematical model of sintering process for gaseous fuel injection |
K.Nishioka |
··· 840 |
Compositional change of inclusions in Al-Ti deoxidized steel by heat treatment |
H.Matsuura |
··· 841 |
|
81 |
Thermodynamics for formation of Mg-Al-O system inclusion in steel |
T.Deura |
··· 842 |
82 |
Phase equilibrium between TiOx-MgO-Al2O3 slag and molten iron |
S.Agawa |
··· 843 |
83 |
(ISIJ
Research Promotion Grant) Effects of MnS and S on both formation of intragranular bainite and mechanical property in steels |
K.Nakai |
··· 844 |
84 |
(ISIJ
Research Promotion Grant) Effect of change of Si-Mn deoxidized product by heat treatment on MnS precipitation behavior in Fe-Cr alloy |
H.Shibata |
··· 845 |
85 |
Morphology of sulfide in Cu-bearing steels during solidification |
K.Oikawa |
··· 846 |
86 |
Effect of observed inclusionfs number on the diameter distribution at two dimensional inspection |
A.Okayama |
··· 847 |
87 |
Application of extreme statistic method for 2- and 3-dimensional analysis of inclusions in metal samples |
Y.Kanbe |
··· 848 |
(Keynote
lecture) Ultrarapid transient-liquid-phase bonding of advanced ceramics |
Andreas M. Glaeser |
··· 849 |
|
89 |
Dynamic wetting of SiO2-Na2O droplet on solid Cu under CO2-CO atmosphere |
M.Nakamoto |
··· 850 |
90 |
Investigation on wettability of liquid Fe-Al(-S) alloy on solid CaO |
K.Motosugi |
··· 851 |
91 |
Development of high
temperature densitiometer based on archimedean method |
Y.Sato |
··· 852 |
92 |
Density measurements for chalcogenide Sb2Te3 in solid and liquid states |
Rui Lan |
··· 853 |
93 |
(ISIJ Research
Promotion Grant) Role of free electron to thermal conductivity and emissivity of liquid silicon |
H.Kobatake |
··· 854 |
94 |
Synchrotron x-ray diffraction of high-temperature melts by using conical nozzle levitation technique |
A.Mizuno |
··· 855 |
Distribution of minor element in Ag and PbO phases at 1273K |
S.Ueda |
··· 856 |
|
96 |
Al deoxidation equilibrium of molten steel with high Al content at 1873K |
Youngjo Kang |
··· 857 |
97 |
Calcium desulfurization equilibrium of molten Ag by using crucible with capillary |
H.Tanigawa |
··· 858 |
98 |
Particle size effect on the carbothermic reduction of magnesia |
Mohammad Nusheh |
··· 859 |
99 |
Temperature effects on melt structure of calcium aluminosilicates by investigating glass samples prepared by cooling melts at varying rates and by using in situ NMR |
K.Kanehashi |
··· 860 |
100 |
(ISIJ
research promotion grant) Development of viscometer for high viscous liquid at high temperatures based on rotating cylinder method |
O.Takeda |
··· 861 |
101 |
(ISIJ
Research Promotion Grant) Viscosity measurements of alkali ferrosilicate melts |
Y.Gonda |
··· 862 |
102 |
Slag foaming model in an electric arc furnace |
H.Matsuura |
··· 863 |
103 |
Phase separation in multi-component oxide glass for the fabrication of porous glass applicable for environmental purification |
M.Suzuki |
··· 864 |
104 |
Compositional design of glass for the high durability coating of sanitary wares |
S.Miyamoto |
··· 865 |
105 |
Measurement of solid-liquid interfacial energies in chloride system by observing the interfacial shapes of the three phases |
A.Fukuda |
··· 866 |
106 |
Measurement of the sound velocity and ultrasonic absorption of Na2O-SiO2 slags in iquid and solid-liquid mixed states |
Y.Matsuzono |
··· 867 |
Development of reducibility improvement technique by mixed coke segregation control |
Y.Kashihara |
··· 868 |
|
108 |
Gas flow analysis in blast furnace assuming void fraction change |
M.Kadowaki |
··· 869 |
109 |
Evaluation of blast furnace operation with 100% stock coke |
K.Maeda |
··· 870 |
110 |
Effect of test condition on decrepitation index and test repeatability for lump iron ore |
K.Aotsuka |
··· 871 |
111 |
Problems and countermeasures on low productivity operation at Kobe No.3 blast furnace |
N.Mitsuoka |
··· 872 |
112 |
The production decreasing operation at Kakogawa No.2 BF |
A.Nishikori |
··· 873 |
113 |
Low productivity operation of Kokura No.2 blast furnace |
K.Yamada |
··· 874 |
114 |
Low productivity operation at Kashima No.1 and No.3 blast furnace |
K.Watanabe |
··· 875 |
Large scale simulation of coke and iron ore particle motions and gas flow in actual blast furnace |
S.Yuu |
··· 876 |
|
116 |
Gas-solid flow analysis in blast furnace by combination of DEM and continuum model |
S.Natsui |
··· 877 |
117 |
Analysis on stability of burden descending in blast furnace simulated by DEM |
S.Ueda |
··· 878 |
118 |
Stress analysis of burden in blast furnace by DEM |
Zhengyun Fan |
··· 879 |
119 |
Renewal of coke particles with floating and sinking motion in the hearth of a blast furnace |
Gi Woong Kwon |
··· 880 |
120 |
Development of mathematical model for estimating hot metal temperature of blast furnace |
Y.Ujisawa |
··· 881 |
Development of the numerical simulator for the refining of steel by using multi-phase fluxes |
K.Ito |
··· 882 |
|
122 |
Improvement of hot metal dephosphorization by fluxing of dephosphrization slag |
Y.Uchida |
··· 883 |
123 |
Influence of slag conditions on the rate of hot metal dephosphorization |
S.Mukawa |
··· 884 |
124 |
Analysis of dephosphorization reaction using a simulation model of hot metal dephosphorization |
T.Tsushima |
··· 885 |
125 |
Simulation model of reaction kinetics for BOF operation |
F.Pahlevani |
··· 886 |
126 |
Desulfurization model for 180kg KR experiment |
T.Tamura |
··· 887 |
127 |
Predicting physical properties of molten slag by using neural network computation |
M.Suzuki |
··· 888 |
128 |
Viscosity evaluation of spherical particle dispersed suspension |
S.Haruki |
··· 889 |
Solidified crust analysis of basic tundish slag during continuous casting for clean steel production |
De-yong Wang |
··· 890 |
|
130 |
(ISIJ Research
Promotion Grant) Observation of surface reaction products during hydrothermal treatment of blast furnace slag |
T.Yoshikawa |
··· 891 |
131 |
Effect of cooling rate on dissolution of fluorine from hot metal pretreatment slag |
R.Inoue |
··· 892 |
132 |
The sticking phenomenon of materials to the wall of the batch type rotary furnace |
H.Tsuji |
··· 893 |
133 |
Coagulation behavior of industrial aerosols under turbulent condition |
S.Ozeki |
··· 894 |
134 |
Chlorination of Zn from the ZnO-Fe2O3-CaCl2 system |
Guo Ting |
··· 895 |
Behavior of crystallization of desulphurizing slag |
Y.Kusada |
··· 896 |
|
136 |
Effect of grain size on radiation heat transfer in mould flux |
A.Kushimoto |
··· 897 |
137 |
Effect of CaF2 on thermal conductivity of CaO-SiO2-Al2O3 slags in glassy and liquid states |
H.Shibata |
··· 898 |
138 |
Simulation for solidified structure formation in carbon steel using Front Tracking method |
K.Ohsasa |
··· 899 |
139 |
Metastable phase formation from undercooled melt |
K.Kuribayashi |
··· 900 |
140 |
Surface tension measurement of high temperature melt by oscillating droplet method in consideration of droplet rotation |
S.Ozawa |
··· 901 |
141 |
Density measurement of high temperature melts using electromagnetic levitation technique |
M.Adachi |
··· 902 |
142 |
Density measurement of stainless steel using electromagnetic levitation method under static magnetic fields |
M.Tanno |
··· 903 |
143 |
Measurement of electric resistivities for molten Sb-Te alloys as functions of temperature |
S.Maeda |
··· 904 |
Suppression of hot shortness by means of the surface melting by plasma arc and Ni alloying of slab |
K.Yamamoto |
··· 905 |
|
145 |
Improvement of slab surface quality of Ni bearing steel at Kashima No.2 caster |
N.Tajima |
··· 906 |
146 |
Evaluation of spalling resistance of submerged entry nozzle for continuous casting |
Y.Awajiya |
··· 907 |
147 |
Development of refractory thickness meter for metal impact zone of torpedo ladle car |
H.Tokuda |
··· 908 |
148 |
Thermal stress analysis in cone area of BOF with three-dimensional partial model |
Y.Hino |
··· 909 |
149 |
Approach to free Cr of roof refractory for EAF |
N.Nukushina |
··· 910 |
Change of inclusion composition during powdered CaO top blowing on Al deoxidation molten steel under reduced pressure |
S.Kasahara |
··· 911 |
|
151 |
Inclusion quality control in lead frame production process by slag refining |
N.Satoh |
··· 912 |
152 |
Experimental study on the generation of fine bubbles near the inlet of a vertical pipe |
T.Fujikawa |
··· 913 |
153 |
The effect of a strong magnetic field on carbon diffusivity and solubility limit in iron |
H.Fujii |
··· 914 |
154 |
Effects of a high magnetic field on diffusional transformations in Fe-based alloys |
H.Ohtsuka |
··· 915 |
155 |
Electromagnetic separation of non-conductive particles from molten metal |
S.Shimasaki |
··· 916 |
156 |
Development of SiC particles locally reinforced Al screw materials by electromagnetic accumulation process |
T.Takahashi |
··· 917 |
Effect of magnetic field imposition on the surface morphology of copper electro-deposition |
T.Kozuka |
··· 918 |
|
158 |
Study of fluoride removal using iron-conditioned zeolite |
A.Eskandarpour |
··· 919 |
159 |
Trajectory of second phase moving in sodium chloride solution under imposition of intense magnetic field |
K.Kumazawa |
··· 920 |
160 |
Formation of quasi-single crystal ceramics and evaluation of its mechanical property |
M.Umino |
··· 921 |
161 |
The effect of an intense magnetic field on solidified structure of Cu-Fe alloy |
Yuan Yi |
··· 922 |
162 |
Influence of convection on growth velocity of steel dendrite |
H.Yasuda |
··· 923 |
Social
Engineering on Iron and Steel Industry
Lecture No. |
Title |
Speaker |
Page |
Reflection spectrum measurement of Fe-C alloys |
K.Miki |
··· 924 |
|
164 |
Observation of surface structure of Japanese swords by using the diffuse reflection |
K.Ito |
··· 925 |
165 |
Effect of body concentration on the Fe2+/Fe3+ ratio in celadon glaze |
H.Terakado |
··· 926 |
166 |
High-temperature structure of clay and straw ashes applied to iron-joining process and their action to iron-oxide |
T.Kojima |
··· 927 |
167 |
(ISIJ
Research Promotion Grant) Energy
consumption and CO2 emissions of the iron and steel industry in |
N.Kawabata |
··· 928 |
Limit of risk assessment |
M.Ikegami |
··· 929 |
|
169 |
Characteristic of risk assessment today: Start up from tabula rasa |
E.Kanoshima |
··· 930 |
170 |
Analysis of gHiyari Hattoh in holonomical system application |
T.Noda |
··· 931 |
171 |
Analysis of gHiyari Hattoh in holonomical system application (Continued) |
T.Noda |
··· 932 |
Environmental and
Energy Technology
Lecture No. |
Title |
Speaker |
Page |
|
Thermal analysis of carbonized goethite ore from biotar vapor |
K.Matsui |
··· 979 |
|
|
395 |
Effect of H2 addition to atmosphere on iron oxide reduction in low carbon composite pellets |
K.Ichikawa |
··· 980 |
|
396 |
Improvement of cathodic performance of intermediate temperature steam electrolysis for recovery of heat energy |
T.Ishihara |
··· 981 |
|
397 |
Effective diffusivity of gas in packed beds |
K.Munesue |
··· 982 |
|
398 |
Combustion-synthesis of TiFe alloy by reduction of iron titanium oxide |
S.Sasaki |
··· 983 |
|
399 |
Influence of gaseous sulfur on hydrogen production by redox cycle reaction of iron oxide |
H.Kani |
··· 984 |
|
400 |
Power capacity of fuel cell using charcoal carbonized from unused crop biomass |
K.Takahashi |
··· 985 |
|
401 |
(ISIJ Research Promotion grant) Fundamental combustion characteristics of bio-coke assumed an atmosphere in a smelting furnace |
T.Ida |
··· 986 |
|
Operation of No.3 dust recycling plant at Kimitsu works |
H.Oda |
··· 987 |
|
|
403 |
Quantitative analysis of Zn compounds in EAF dust collecting system |
A.Tsubone |
··· 988 |
|
404 |
Conversion rate of ZnFe2O4 in EAF dust to ZnO with CaO addition |
R.Chairaksa |
··· 989 |
|
405 |
Recycle of dust
by using kiln |
K.Sano |
··· 990 |
|
406 |
Absorption of CO2 in EAF reducing slag from stainless steelmaking process under wet grinding |
M.N.N Hisyamudin |
··· 991 |
|
407 |
Elution behavior of EAF oxidizing slag in carbonic acid solution |
S.Yokoyama |
··· 992 |
|
408 |
Recovery of Mn and P from steelmaking slag with wet magnetic separation |
Y.-S.Jeong |
··· 993 |
|
Instrumentation, Control and
System Engineering
Lecture No. |
Title |
Speaker |
Page |
(ISIJ
Research Promotion Grant) Wireless evaluation of fatigue crack growth on smart stress memory patch |
T.Shiraiwa |
··· 1049 |
|
173 |
Development of high-temperature measurement method for magnetization characteristics |
H.Takeuchi |
··· 1050 |
174 |
Micro-electromagnetic analysis to elucidate particle effect in high frequency |
K.Fujisaki |
··· 1051 |
175 |
Point focus beam tandem probe technique using phased array ultrasonic testing |
Y.Iizuka |
··· 1052 |
176 |
(ISIJ
Research Promotion Grant) Change in fractal dimension of grain-boundary fracture in heat-resistant alloys during creep |
M.Tanaka
|
··· 1053 |
177 |
Development of temperature measurement method of hot strip in cooling banks of run-out table |
C.Uematsu |
··· 1054 |
178 |
Development of inspection method on trimmed strip joints using light section imaging |
T.Kodama |
··· 1055 |
179 |
Polarized image analysis of defects on steel strip surface |
A.Kazama |
··· 1056 |
Desulphurization control system utilizing locally weighted regression model in impeller desulphurization |
H.Shigemori |
··· 1057 |
|
181 |
Static control in BOF with the operating cost optimization function |
K.Iwamura |
··· 1058 |
182 |
Tension reference optimization in automatic gage and tension control for a Tandem cold mill |
A.Murakami |
··· 1059 |
183 |
The automatic control of center line speed for continuous annealing line |
S.Yokota |
··· 1060 |
184 |
Energy-saving of reheating furnace by optimizing rolling schedules |
Y.Washikita |
··· 1061 |
185 |
Improvement of strip shape in hot rolling by agent system |
K.Nakano |
··· 1062 |
186 |
Multiple criteria optimization of the bloom group design problem |
S.Hojo |
··· 1063 |
Processing for Quality
Products
|
Lecture No. |
Title |
Speaker |
Page |
|||
Hydrodynamics and boiling phenomena of a droplet impacting obliquely on a substrate |
T.Ogihara |
··· 1074 |
|||||
188 |
An analysis of cooling high temperature steel plate with formation of liquid film |
Y.Masuda |
··· 1075 |
||||
189 |
Characteristics of wetting temperature during partial spray cooling |
Y.Mitsutake |
··· 1076 |
||||
190 |
Characteristics of unsteady heat transfer of pipe-laminar cooling at copper block surface |
S.Ueoka |
··· 1077 |
||||
191 |
Numerical analysis of residual stresses in hot rolled strip subjected to run-out-Table cooling process |
Jin-Mo, Koo |
··· 1078 |
||||
192 |
Effect of wall roughness on water jet cooling of hot steel plate |
Jungho Lee |
··· 1079 |
||||
193 |
Development of radiative heat transfer model in heating furnace |
Y.Kimura |
··· 1080 |
||||
Effect of circumferential initial dimension of ERW steel tubes on hydraulic bulge deformation behaviors |
T.Komukai |
··· 1081 |
|||||
195 |
Deformation behavior in rubber bulging |
H.Yoshimura |
··· 1082 |
||||
196 |
Hydroformability evaluation of TRIP steel tubes by flaring test |
Z.Zhang |
··· 1083 |
||||
197 |
Governing factors of expandability for expandable tubulars |
J.Agata |
··· 1084 |
||||
198 |
Uniform bending on circular tube |
M.Murata |
··· 1085 |
||||
199 |
Influence of stress state on fracture property in tube tension test |
Y.Yoshida |
··· 1086 |
||||
200 |
FEM simulation on buckling limit of steel tubes subjected to axial load |
K.Suzuki
|
··· 1087 |
||||
201 |
Influence of testing conditons on precision of stress and strain obtainable in compression tests |
A.Ichijo
|
··· 1088
|
||||
202 |
Experiment on cone-type rotary piercing using oil clay |
K.Komori
|
··· 1089
|
||||
203 |
Development of two step simulation model for predicting the interstand tension and the uneveness of the wall thickness in stretch reducer (Development of thickness control system of tube in stretch reducer-1) |
T.Yoshida
|
··· 1090
|
||||
Tooth root bending fatigue characteristics of rolled sintered alloy steel gears |
H.Miura
|
··· 1091
|
|||||
205 |
Development of digital mockup system for bulk forming simulation (Development of user friendly WEB2.0/CAD/CAE platform -1) |
T.Yoshida
|
··· 1092
|
||||
206 |
Production of fine spherical nano hydroxide particle by hybrid atomization |
K.Minagawa
|
··· 1093 |
||||
207 |
Analysis of delubrication from iron powder compacts based on a direct observation of decomposing lubricant during sintering in a furnace |
T.Kawano
|
··· 1094 |
||||
208 |
Fabrication of harmonic microstructured metal powder compacts and their properties |
K.Ameyama
|
··· 1095 |
||||
209 |
Simulation analysis of microstructural development and shrinkage behavior in sintered compacts |
H.Matsubara
|
··· 1096 |
||||
210 |
(Invited
Lecture) Fabrication of Ti-Ni-Zr shape memory alloy by mechanical alloying |
H.Kyogoku
|
··· 1097 |
||||
211 |
Solidification of iron and steel-making slag by HRS process |
T.Okumura |
··· 1098 |
||||
212 |
(Invited Lecture) Fabrication of micro parts by viscous flow process with mono-sized Fe based metallic glassy POEM particles |
N.Yodoshi |
··· 1099 |
||||
Process control technology of a hot strip mill for wide products |
N.Shimoda |
··· 1100 |
|||||
214 |
Analytic model for the prediction of strip temperature in hot strip rolling |
Jung Hyeung Lee |
··· 1101 |
||||
215 |
Development of the prediction model for hot strip flatness after coil cooling |
M.Miyake
|
··· 1102 |
||||
216 |
Behavior of corner crack on a slab during roughing pass and its relation with the line-type edge scab hot-rolled strip |
Hyuck Cheol Kwon
|
··· 1103 |
||||
217 |
Effect of scale thickness on scale removal behavior in hydraulic descaling (Prevention of red scale formation during hot rolling of steels-1) |
H.Okada
|
··· 1104 |
||||
218 |
Effect of primary scale on scale growth rate after descaling (Prevention of red scale formation during hot rolling of steels-2) |
H.Okada
|
··· 1105 |
||||
OPL(Oita Plate Leveler) control system (Development of NSC intelligent mill-10) |
K.Sorao
|
··· 1106 |
|||||
220 |
Methods for roll gap adjustment and mill deformation characteristics identification (Development of NSC intelligent mill-11) |
T.Otsuka
|
··· 1107 |
||||
221 |
Skinpass rolling characteristic of tinplate using dull work roll |
T.Akashi |
··· 1108 |
||||
222 |
Behavior of uniform curvature of plates in roller leveling process |
T.Watanabe
|
··· 1109 |
||||
Visualization of plasma temperature in the atmospheric pressure arc |
H.Sawato
|
··· 1110 |
|||||
224 |
Numerical analysis of welding arc for constant voltage power source with dynamic change |
Y.Tsujimura
|
··· 1111 |
||||
225 |
Numerical modelof AC plasma arc |
M.Miyata |
··· 1112 |
||||
226 |
Effects of emitter material in tungsten electrode on arc plasma |
K.Yamamoto |
··· 1113 |
||||
227 |
Numerical simulation of welding fume formation mechanism in TIG arcs(report2) |
S.Tashiro
|
··· 1114 |
||||
228 |
In-situ observation of structure formation process in titanium weld metal |
K.Saiki
|
··· 1115 |
||||
229 |
Bond microstructure and dissolution during brazing of a duplex stainless steel using a Ni-B-Cr amorphous alloy,MBF-80 |
Xinjian Yuan
|
··· 1116 |
||||
230 |
Evaluation of solidification cracking susceptibility using high-powered in-situ observation during laser welding |
M.Yamamoto
|
··· 1117 |
||||
In-situ observation and mechanism of acicular ferrite formation |
K.Kageshima
|
··· 1118 |
|||||
232 |
Visualization of heterogeneous nucleation behavior of steel weld |
K.Maeno
|
··· 1119 |
||||
233 |
In situ observation of microstructure change of steel weld |
H.Terasaki |
··· 1120 |
||||
234 |
Investigation of reheat cracking phenomena by in-situ observation |
K.Kubo
|
··· 1121 |
||||
235 |
Relation between hot cracking and solidification mode observed by high speed camera |
Y.Yamamoto |
··· 1122 |
||||
Microstructure and
Properties of Materials
Lecture No. |
Titlte |
Speaker |
Page |
|
Effect of initial grain sizes on strain induced boundary migration |
Y.Natori |
··· 1273 |
||
237 |
Limitation of hysteresis loss reduction of non oriented electrical steel |
H.Tada |
··· 1274 |
|
238 |
Ductile-brittle transition due to the change of strain rate in Fe-Si alloys |
T.Mizuguchi |
··· 1275 |
|
239 |
Influence of grain orientation on magnetostriction waveform of grain-oriented electrical steel |
G.Kijima |
··· 1276 |
|
240 |
Effect of stress on magnetic behavior of 3%Si-Fe {110}<uvw>crystall |
M.Fujikura |
··· 1277 |
|
241 |
Modeling of magnetic domain in grain-oriented electrical steel sheets II |
H.Yamaguchi |
··· 1278 |
|
Effect of grain boundary segregation of phosphorus on the Hall-Petch coefficient in ferritic iron |
M.Fujihara |
··· 1279 |
||
243 |
Crystallographic analysis of (ferrite + cementite) lamellar structure and internal stress in pearlite steel |
N.Nakada |
··· 1280 |
|
244 |
Mechanical property of V-microalloyed forging steel after isothermal holding at high temperature |
S.Kouzuki |
··· 1281 |
|
245 |
Influence of pre-transformation forging to mechanical property of vanadium alloyed forging steel |
T.Inoue |
··· 1282 |
|
246 |
Extended mechanism of trace-Cu-based copper sulfide precipitation to 0.05%Cu-intentionally-added steel |
Y.Ishiguro |
··· 1283 |
|
247 |
Evidence to form copper sulfide at low temperature in α and to diffuse Cu rapidly in trace-Cu-included steel |
Y.Ishiguro |
··· 1284 |
|
248 |
Effect of Nb addition on early stage of Cu precipitation in ferritic stainless steel |
T.Takeda |
··· 1285 |
|
249 |
Evaluation of work-hardenability in hard particle and soft ε-Cu particle dispersion steels |
M.Murakami |
··· 1286 |
|
Effect of nitrogen contents on strength of vanadium microalloyed steel |
T.Uenishi |
··· 1287 |
||
251 |
Strengthening of high carbon steels controlled by VC precipitation during austenite and pearlite transformation |
Y.Daitoh |
··· 1288 |
|
252 |
Effect of boron on decarburization sensitivity in medium carbon steel |
J.S.Lee |
··· 1289 |
|
253 |
Effects of Si and Cr on bainite microstructure of medium carbon steels |
T.Suzuki |
··· 1290 |
|
254 |
The effect of boron addition on bainite fraction in high carbon steels |
T.Manabe |
··· 1291 |
|
255 |
Axial loading fatigue properties of bainitic SUJ2 bearing steels |
N.Sakanaka |
··· 1292 |
|
Optimization of pulse pattern of propane gas in vacuum carburizing |
T.Okamoto |
··· 1293 |
||
257 |
Mechanism of austenite grain coarsening in case hardening steel during carburizing |
M.Kasai |
··· 1294 |
|
258 |
The influence of Si-Mo-B addition on bending fatigue strength of carburized steel |
H.Sato |
··· 1295 |
|
259 |
Effect of Mo addition on the mechanical properties of a nitrocarburized non-heat treated steel |
N.Sano |
··· 1296 |
|
260 |
Initiation and propagation behavior of crack originated from non-metallic inclusion in rolling contact fatigue |
K.Hashimoto |
··· 1297 |
|
261 |
Observation of needle-like structure evolved during rolling contact fatigue |
N.Tsunekage |
··· 1298 |
|
262 |
Effect of carbo-nitriding on rolling contact fatigue phenomena due to hydrogen embrittlement |
T.Kinami |
··· 1299 |
|
Development of Mn steel with α+γ duplex structure |
R.Ueji |
··· 1300 |
||
264 |
Neutron diffraction study for work-hardening mechanism of dual-phase steel |
S.Morooka |
··· 1301 |
|
265 |
Inhomogeneous deformation behavior of dual-phase steel |
K.Nakayama |
··· 1302 |
|
266 |
Effect of ductility layer on strength-ductility balance of multilayered steels |
S.Nambu |
··· 1303 |
|
267 |
Development of the bonding strength at metal/metal interface |
I.Hattori |
··· 1304 |
|
The crystallographic analysis of lath martensite in ferrite-martensite dual phase steel-1 |
S.Sakai |
··· 1305 |
||
269 |
The crystallographic analysis of lath martensite in ferrite-martensite dual phase steel-2 |
H.Yoshida |
··· 1306 |
|
270 |
Characterization of microstructural evolution during deformation in lath martensite by using micro-sized specimen |
A.Shibata |
··· 1307 |
|
271 |
(ISIJ Research Promotion Grant) Formation of martensite-austenite constituent in bainite structure in continuously cooled low carbon steels |
N.Takayama |
··· 1308 |
|
272 |
Effect of a small amount of carbon on reversion behavior in Cr-Ni martensitic stainless steel |
Y.Matsuoka |
··· 1309 |
|
273 |
The dependence of martensite lath width on austenite yield stress |
K.Sano |
··· 1310 |
|
274 |
Martensitic transformation under chemical composition gradient in Fe-Ni ultra low-carbon steel |
M.Michiuchi |
··· 1311 |
|
275 |
Effect of microstructure on mechanical properties of high C martensitic stainless steel |
K.Ohishi |
··· 1312 |
|
Conditions of separation occurrence for low carbon high strength line pipe steels- part 2- |
T.Hara |
··· 1313 |
||
277 |
Effect of texture on the Charpy impact property of control-rolled steel plate at two-phase regions |
Y.Kajita |
··· 1314 |
|
278 |
Effect of TMCP condition on microstructure of low carbon bainite |
M.Kaneko |
··· 1315 |
|
279 |
Effects of alloying elements on retained austenite characteristics of TRIP-aided martensitic steels |
J.Kobayashi |
··· 1316 |
|
280 |
Effects of alloying elements on impact properties of four types of low alloy TRIP-aided sheet steels |
T.Kajiyama |
··· 1317 |
|
281 |
Effect of nickel on microstructure and mechanical properties of NiCrMoV steel |
K.Kawano |
··· 1318 |
|
Evaluation of backfill effect on burst behavior by simulation model for ductile crack propagation in high-pressure gas pipelines |
K.Misawa |
··· 1319 |
||
283 |
Dependence of ductile crack propagation resistance on impact velocity for bainite and ferrite/martensite dual-phase steels |
Y.Imai |
··· 1320 |
|
284 |
Effect of impact load on crack arrest behaviour in ESSO test |
H.Shimizu |
··· 1321 |
|
285 |
Development of material
for large-size universal joint |
D.Kikuchi |
··· 1322 |
|
286 |
Effect of microstructure on local fracture stress of ferrite/cementite steels |
M.Matsubara |
··· 1323 |
|
287 |
Factors influencing cementite cracking in ferrite/cementite steels |
M.Matsubara |
··· 1324 |
|
288 |
Structure-property relationship in low carbon steels with nanometer-sized alloy carbides produced by interphase boundary precipitation |
Y.Abe |
··· 1325 |
|
289 |
Effect of piled-up dislocations on deformation behavior in a neighbor grain for a FCC poly-crystalline |
M.Morita |
··· 1326 |
|
Influence of
microstructure on void formation in dual phase steels |
D.Maeda |
··· 1327 |
||
291 |
Prediction of
voids distribution of dual phase steel by pixel FEM |
T.Matsuno |
··· 1328 |
|
292 |
Evaluation of
the effects of the inclusion distribution on the local ductility |
Y.Suwa |
··· 1329 |
|
293 |
Effect of Si on mechanical property of galvannealed dual phase steel sheet |
S.Hironaka |
··· 1330 |
|
294 |
Evaluation of hydrogen absorption into high strength steel sheets under atmospheric corrosion condition |
J.Kinugasa |
··· 1331 |
|
295 |
Influence of excitation conditions on vibration properties of vibration damping steel sheets |
N.Kadowaki |
··· 1332 |
|
Effect of aluminizing on creep strength of carbon nitrogen free Fe-12Ni-9Co-10W alloy |
S.Arikawa |
··· 1333 |
||
297 |
Effect of phosphorus addition on creep resistance of austenitic steel |
H.Okada |
··· 1334 |
|
298 |
Effects of B and (B+N) additions on creep rupture strength in 17Cr-14Ni-7W steel bearing phosphorus |
N.Yoshimura |
··· 1335 |
|
299 |
Creep properties of carbon and nitrogen free heat resisting steels |
S.Muneki |
··· 1336 |
|
300 |
Phase-field simulation of the formation of M23C6 carbide and ferromagnetic phase in SUS304 austenitic steel |
Y.Tsukada |
··· 1337 |
|
301 |
Change in microstructure of directionally solidified nickel-based superalloy serviced as 1st high pressure turbine blade of with simple aging |
N.Miura |
··· 1338 |
|
302 |
Compressive creep properties of a single crystal nickel-based superalloy, CMSX-4, at1323K |
K.Nakada |
··· 1339 |
|
303 |
Alloy design of high strength Ni-base welding materials for ferritic steel and Ni-base alloy dissimilar welding |
S.Imano |
··· 1340 |
|
Microstructural evolution during creep deformation in Ni base model alloy |
T.Hamaguchi |
··· 1341 |
||
305 |
Observations of microstructures with creep damages in Ni base model alloy |
M.Yonemura |
··· 1342 |
|
306 |
Precipitation behavior and creep rupture properties of conventional Ni-base superalloys at 700-800°C |
H.Semba |
··· 1343 |
|
307 |
Cold rolling workability of Ni3Si base multi-phase intermetallic alloys |
Y.Matsuoka |
··· 1344 |
|
308 |
Effect of grain size on mechanical properties of Ni-Fe base superalloy for advanced USC turbine rotor materials |
S.Ohsaki |
··· 1345 |
|
309 |
Effect of the Mo addition on high temperature properties of USC800 |
J.Sato |
··· 1346 |
|
310 |
Effects of grain size on creep strength for low thermal expansion Ni-based alloy |
H.Kamoshida |
··· 1347 |
|
311 |
Effect of heat treatment on mechanical properties of Ni-23Cr-13Co-9Mo-1.6Al-0.1Ta-0.3Nb alloy |
S.Miyashita |
··· 1348 |
|
Gigacycle fatigue properties of 0.6C-2Si-1Cr steel processed by warm tempforming treatment |
N.Nagashima |
··· 1349 |
||
313 |
Giga-cycle fatigue properties for spheroidal graphite cast iron with high tensile strength |
E.Takeuchi |
··· 1350 |
|
314 |
Fatigue properties of extruded AZ61 and AZ31 magnesium alloys |
H.Hirukawa |
··· 1351 |
|
315 |
Size effects in gigacycle fatigue of high-strength steel and influence of Al2O3 inclusions |
Y.Furuya |
··· 1352 |
|
316 |
Fatigue strength evaluation of diffusion layer in nitrocarburized medium carbon microalloyed steel by small specimen |
M.Takasuga |
··· 1353 |
|
317 |
Analysis on rolling contact fatigue damage around small cracks in fully tempered martensite steel |
Y.Yamachi |
··· 1354 |
|
318 |
Numerical simulation on fatigue crack initiation of single-phase high strength steel modeled by Voronoi-polygons |
S.Toyoda |
··· 1355 |
|
319 |
Effect of
modified microstructure in the specimen surface regime on |
T.Nozaki |
··· 1356 |
|
(ISIJ
Research Promotion Grant) Effects of microstructures on tensile property in laser weld metal |
K.Manabe |
··· 1357 |
||
321 |
(ISIJ
Research Promotion Grant) Effects of pre-treatments on intragranular bainite formation and its effect on fracture in steels |
Y.Takahashi |
··· 1358 |
|
322 |
(ISIJ Research
Promotion Grant) Effect of difference of AF microstructure by sulfur addition on mechanical properties in a low carbon steel |
H.Ueda |
··· 1359 |
|
323 |
Acicular ferrite nucleation behavior from B1-structure compounds in steels |
C.J.Lee |
··· 1360 |
|
324 |
Effect of Mo on hardenability in B-added steels |
T.Fujishiro |
··· 1361 |
|
325 |
(ISIJ Research Promotion Grant) Dependence of hydrogen trap site and carbon concentration on matching interface Fe/TiC(Baker-Nutting) |
H.Obata |
··· 1362 |
|
326 |
Quantitative assessment of the hardenability in the 2.25Cr-1Mo-V modified steel by thermodynamic calculation |
Hye-Sung Na |
··· 1363 |
|
327 |
A molecular dynamics study of solid-liquid interfacial energy and kinetic coefficients of iron |
Y.Watanabe |
··· 1364 |
|
Creep life estimation of Mod.9Cr-1Mo steel based on creep deformation analysis |
F.Abe |
··· 1365 |
||
329 |
Work hardening in modified 9Cr steel during creep |
M.Tamura |
··· 1366 |
|
330 |
Effect of nickel, carbon and nitrogen on long term creep rupture strength of 10Cr steels containing boron |
M.Arai |
··· 1367 |
|
331 |
Changes in precipitate and electrochemical property of KA-SUS410J3TP due to creep |
Y.Abe |
··· 1368 |
|
332 |
Microstructure evolution in HAZ simulated high Cr heat resistant steels during creep test |
Y.Liu |
··· 1369 |
|
333 |
Effects of
various factors on creep deformation behavior by small punch testing method |
T.Nishioka |
··· 1370 |
|
334 |
Effects of Nb-V combined composition on the 2.25Cr-1Mo-V modified steel |
Sang-Hoon Lee |
··· 1371 |
|
335 |
Characteristics of the films formed on boiler tube steels in simulated AVT waters |
T.Nakane |
··· 1372 |
|
Evaluation of hydrogen existing states in steels by using hydrogen microprint technique |
H.Sueyoshi |
··· 1373 |
||
337 |
Analysis of trapping hydrogen site using artificially produced Fe/TiN multilayers part III |
K.Sasakawa |
··· 1374 |
|
338 |
Effect of existing states of hydrogen on mechanical properties of pure iron |
N.Taneichi |
··· 1375 |
|
339 |
Identification of lattice defects enhanced by interaction between hydrogen and strain for pure iron and cold-drawn pearlite steel |
T.Miyashita |
··· 1376 |
|
340 |
Effect of interaction between hydrogen and strain on hydrogen degradation susceptibility for high-strength low alloy steel |
T.Takase |
··· 1377 |
|
341 |
Effects of temperature and strain rate on hydrogen degradation susceptibility of tempered martensite steel |
H.Ito |
··· 1378 |
|
342 |
Deformation microstructures of new austenitic stainless steels containing reduced amount of nickel for hydrogen energy systems |
M.Hatano |
··· 1379 |
|
343 |
Effect of Ni content on fatigue crack growth properties of type 316 based stainless steels in high pressure gaseous hydrogen |
S.Ohmiya |
··· 1380 |
|
Delayed fracture characteristic of high strength steel having VC trap site |
T.Shobu |
··· 1381 |
||
345 |
Effect of plastic strain on hydrogen induced intergranular fracture |
T.Oba |
··· 1382 |
|
346 |
Evaluation of delayed fracture characteristics of high strength steel sheet based on CSRT method |
M.Matsuno |
··· 1383 |
|
347 |
Hydrogen diffusion and embrittlement for layer-integrated sheets |
K.Suzuki |
··· 1384 |
|
348 |
Phenomenological
aspect of hydrogen environment embrittlement of steels |
H.Arashima |
··· 1385 |
|
349 |
(ISIJ Research Promotion Grant) Hydrogen entry into galvanized steel during wet and dry corrosion |
S.Fujimoto |
··· 1386 |
|
350 |
Hydrogen entry behavior into Fe rusted by cyclic corrosion test |
S.Li |
··· 1387 |
|
Formability of cold rolled lean duplex stainless steel |
E.Ishimaru |
··· 1388 |
||
352 |
Effect of annealing twin on grain refinement strengthening in austenitic stainless steel |
Y.Tanaka |
··· 1389 |
|
353 |
Effect of grain size on work hardening and age hardening behavior of stable austenitic stainless steel |
H.Matsubayashi |
··· 1390 |
|
354 |
Development of evaluation technique of strain distribution in grain by synchrotron white X-rays |
K.Kajiwara |
··· 1391 |
|
355 |
(ISIJ
Research Promotion Grant) Hardening of SUS316L stainless steels surface by low-temperature solid carburizing under paraequilibrium condition |
Y.Miyazaki |
··· 1392 |
|
356 |
Effect of C content and Ms on mechanical properties of sub-zero heat treated meta-stable austenitic stainless steels |
A.Hironaka |
··· 1393 |
|
357 |
Temperatures and strain rates dependencies of deformation behaivor and strain-induced ε martensite in Fe-30mass%Mn |
Y.Takaki |
··· 1394 |
|
358 |
Effect of 0.1 mass% boron addition on turning machinability for free cutting h-BN stainless steel |
S.Emura |
··· 1395 |
|
Effects of carbon and nitrogen contents on recrystallization behavior in Ti added high purity 11Cr stainless steels |
K.Matsumoto |
··· 1396 |
||
360 |
Precipitation behavior in Nb containing ferritic stainless steels |
T.Teshima |
··· 1397 |
|
361 |
Creep properties of Nb containing ferritic stainless steels |
H.Ooya |
··· 1398 |
|
362 |
Effect of cold rolling process on the anisotropy of ridging in 19Cr stainless steel containing niobium |
S.Kim |
··· 1399 |
|
363 |
Analysis of
passive films formed on the stainless steel in the high temperature and high
pressure water by hard X-ray photoelectron spectroscopy II |
M.Sato |
··· 1400 |
|
364 |
Effect of nitrogen content and cooling rate on corrosion resistance of SUS420J1 stainless steels |
S.Teraoka |
··· 1401 |
|
365 |
Preferential dissolution mechanism of a duplex stainless steel |
S.Aoki |
··· 1402 |
|
366 |
Effect of alloying elements on stress corrosion cracking of austenitic stainless steels in cyclic corrosion test |
T.Mizoguchi |
··· 1403 |
|
Formation of interfacial alloy layer in continuous hot-dip galvannealing bath |
K.Akiba |
··· 1404 |
||
368 |
Influence of the initial reaction on the galvannealing behavior of P added steel |
T.Yasui |
··· 1405 |
|
369 |
Effect of Si addition on oxidation behavior of steel |
M.Miyata |
··· 1406 |
|
370 |
Iron oxidation behavior of Si-added steel during recrystallization annealing |
Y.Fushiwaki |
··· 1407 |
|
371 |
Effect of annealing conditions on galvanizing properties in TWIP steel sheet |
S.H.Jeon |
··· 1408 |
|
372 |
Effects of TiO2 concentration in paint film and resin on reflection of pre-painted steel sheet |
T.Hosokawa |
··· 1409 |
|
373 |
Behavior of copper during formation of microchannel and lining layer in Fe-Cu system |
T.Kodama |
··· 1410 |
|
Decisive factors of the HAZ toughness under large heat input welding of high strength steels |
H.Shirahata |
··· 1411 |
||
375 |
Fracture mechanical study on edge flange-ability of hot-rolled high tensile-strength steel sheets (Analysis of dominant factor of hole expansion ratio of hot-rolled high tensile strength steel sheets-2) |
Y.Takahashi |
··· 1412 |
|
376 |
Critical stress condition for the onset of separation in high strength steel plates |
H.Terazono |
··· 1413 |
|
377 |
Effect of alloying elements on softening behavior at arc welded HAZ of work-hardening type high strength ERW steel tube |
S.Fujiwara |
··· 1414 |
|
378 |
Effect of micro structure on stretch]flangeability of high grade steel sheet |
S.Ohtani |
··· 1415 |
|
Process Evaluation and Material
Characterization
Lecture No. |
Title |
Speaker |
Page |
Water analysis of sea area recovering from barren ground by using steelmaking slag as the Fe-fertilizer for seaweeds |
M.Aimoto |
··· 1436 |
|
380 |
Determination of iron by inductively coupled plasma atomic emission spectrometry using a newly designed double chamber electrothermal vaporization system |
A.Matsumoto |
··· 1437 |
381 |
Analysis of inclusions with diameter of micrometer order by helium microwave induced plasma atomic emission spectrometry |
H.Asano |
··· 1438 |
382 |
Chemical state analysis of boron in coals by nuclear magnetic resonance(NMR) |
T.Takahashi |
··· 1439 |
383 |
Separation with W/O emulsion globules for trace analysis |
H.Matsumiya |
··· 1440 |
(ISIJ
Research Promotion Grant) Radio-frequency glow discharge optical emission spectrometry associated with bias-current modulation method - Comparison in the detection method between an FFT analyzer and a lock-in amplifier |
K.Wagatsuma |
··· 1441 |
|
385 |
Variation in gas temperature at the atomization stage with the number of measurement times in graphite furnace atomic absorption spectrometry |
T.Ashino |
··· 1442 |
386 |
Comparison of light emission behavior in laser induced breakdown spectroscopy between molten steel and solid steel |
Y.Usui |
··· 1443 |
387 |
Development of new CO2 absorbent for oxygen/nitrogen/hydrogen analyzer in steel |
S.Sakakura |
··· 1444 |
388 |
Direct determination of Mn concentration in molten steel by atomic absorption spectrometry |
T.Ishida |
··· 1445 |
389 |
The analytical method for continuous determination of benzene in atmospheric air by APCI-MS |
K.Hanada |
··· 1446 |
390 |
Interaction of cytotoxicity with tin-zinc alloy coating |
A.Ogawa |
··· 1447 |
Backscattered electron imaging controlled by acceleration voltage and take-off angle |
T.Aoyama |
··· 1448 |
|
392 |
Estimation of number density of nano-sized carbides in steels by TEM and XAFS analysis |
Y.Tanaka |
··· 1449 |
393 |
Development of Helium microwave-induced plasma atomic emission spectrometry for fine particle analysis |
Y.Okamoto |
··· 1450 |