1 |
Influence of coal amount on reaction behavior of coal composite iron ore hot briquettes in a blast furnace simulator |
A.Inayoshi |
··· 46 |
2 |
Effect of ore properties on the reaction behavior of the carbonaceous materials
—iron ore composite |
T.Murakami |
··· 47 |
3 |
Effects of operating condition and coal properties on the compressive strength of CCB(Coal composite briquette) |
Woon Jae Lee |
··· 48 |
4 |
Production test2 of partially reduced iron ore using commercial shaft furnace for DRI |
H.Yokoyama |
··· 49 |
5 |
In-situ analysis of the reaction between iron and carbon in TEM |
N.Ishikawa |
··· 50 |
6 |
Agglomeration and reaction mechanism of waste materials and iron ore mixture(Investigation of iron and hydrogen co-production system using organic waste materials1) |
Y.Ueki |
··· 51 |
7 |
Reduction tests of organic waste materials and iron ore mixture briquettes in bench furnace(Investigation of iron and hydrogen co-production system using organic waste materials2) |
N.Ishiwata |
··· 52 |
8 |
Development of valuable metal recovery technology by using rotary hearth furnace (No.4 report) |
M.Tateishi |
··· 53 |
9 |
Development of variable metal recovery technology by using rotary hearth furnace (No.5 report) |
T.Yaso |
··· 54 |
10 |
Effect of moisture content and bulk density in mixture bed on sinter productivity at the pot test |
T.Kawaguchi |
··· 55 |
11 |
Effect of coarser ore addition on iron ore sintering behavior |
T.Matsumura |
··· 56 |
12 |
Application of thermodynamic equilibrium calculation database for an estimate of the structure in sintered ore |
K.Kunii |
··· 57 |
13 |
Influence of blending limonite ore on sintering behavior (Suitable sintering condition based on properties of iron ore-1) |
S.Machida |
··· 58 |
14 |
Suitable segregation of coke with high limonite ore contents in sintering process(Suitable sintering condition based on properties of iron ore-2) |
K.Tamura |
··· 59 |
15 |
Influence of high return fine ratio operation at Kakogawa sintering plant |
Y.Takiguchi |
··· 60 |
16 |
Second phase behavior in sodium chloride solution under imposition of intense magnetic field |
K.Kumazawa |
··· 61 |
17 |
Control of solidified structure of carbon steel by imposing A.C. electromagnetic field |
T.Kohama |
··· 62 |
18 |
Titanium texture under simultaneous imposition of electric current and magnetic field |
Y.Sakaida |
··· 63 |
19 |
Control of particle entrainment from free surface of liquid metal with double-axis-electromagnetic stirring |
S.Shimasaki |
··· 64 |
20 |
A new process for comprehensive utilization of the vanadium-bearing titaniferous magnetite ore |
Xinghua Li |
··· 65 |
21 |
Effect of bath composition in Ti electrolysis with DC-ESR unit |
M.Sugawara |
··· 66 |
22 |
Post-combustion technique in converter by top blown swirling jet |
G.Okuyama |
··· 67 |
23 |
Edge of electric arc furnace operation |
S.Sasaki |
··· 68 |
24 |
(ISIJ Research Promotion Grant)
Partition of P2O5 between liquid and solid phases in dicalcium silicate saturated slag |
K.Shimauchi |
··· 69 |
25 |
Experimental research of hot metal demanganization |
ZHANG Chen |
··· 70 |
26 |
Influence of impeller rotating speed,diameter and height on desulfurization rate |
T.Tamura |
··· 71 |
27 |
Phosphorous behavior at the interface between CaO and slag in multi-phase flux at 1673K |
Xiao Yang |
··· 72 |
28 |
Effect of the carbon crystallinity upon carburization |
N.Furukawa |
··· 73 |
29 |
Equilibrium relation between Ti and O in Fe-Ni molten alloy |
Seong-Ho Seok |
··· 74 |
30 |
Solubilities of chlorine in molten CaO-SiO2-Al2O3-MgO slags |
M.Okeda |
··· 75 |
31 |
(ISIJ Research Promotion Grant)
Thermodynamics of the system CaO-P2O5-SiO2 |
H.Takeshita |
··· 76 |
32 |
(ISIJ Research Promotion Grant) Desulfurization and deoxidation equilibria by the addition of neodymium in molten iron |
K.Yamaguchi |
··· 77 |
33 |
Sulphide capacity of heterogeneous CaO-nepheline slags |
S.Nishino |
··· 78 |
34 |
Thermodynamic properties of the Fe-B-C system |
A.S.Sunkar |
··· 79 |
35 |
(Nishiyama Commemorative Prize)
Improvement of refining efficiency with gas injection |
K.Okumura |
··· 80 |
36 |
Kinetics of gas-liquid reaction with gas injection through ultrasonic vibrating multiple orifices |
K.Okumura |
··· 81 |
37 |
Mechanical stirring for gas injection refining in iron and steel making
3-eccentric mechanical stirring for bubble disintegration |
Liu Yan |
··· 82 |
38 |
Mechanical stirring for gas injection refining in iron and steel making
4-perforated blade impeller for bubble disintegration and dispersion |
Liu Yan |
··· 83 |
39 |
Effect of channel gap scale on bubble rising velocity in gas-liquid two-phase flow in milli-scale channel |
T.Kumagai |
··· 84 |
40 |
Dispersion characteristics of low-density particles in a bath under various mechanical agitation methods |
S.Sato |
··· 85 |
41 |
Behavior of solid balls in a cylindrical bath agitated by a swirling water jet |
T.Kawayama |
··· 86 |
42 |
Effect of SEN shape on biased flow in the thickness direction in continuous casting mold |
J.Yoshida |
··· 87 |
43 |
(ISIJ Young Researcher Award) Selective recovery of metals from refining dusts by utilizing chlorination and evaporation reactions |
H.Matsuura |
|
44 |
Equation of population balance for particle coagulation |
S.Taniguchi |
··· 88 |
45 |
Turbulent coagulation and bubble flotation of suspended particles in liquid |
H.Arai |
··· 89 |
46 |
Numerical analysis on electromagnetic, heat and fluid flow field in induction melting furnace with susceptor |
Jong-Soo Park |
··· 90 |
47 |
Visualization of the columnar-to-equiaxed transition in alloy by numerical simulation |
K.Ohsasa |
··· 91 |
48 |
In situ observation of the crystallization of slags using hot thermocouple technique |
Y.Kashiwaya |
··· 92 |
49 |
In-situ observation of solidification behavior at Si droplet/substrate interface |
K.Nagashio |
··· 93 |
50 |
In situ observation of x-ray diffraction on solidification of the metallic-glass forming alloys |
A.Mizuno |
··· 94 |
51 |
(ISIJ Research Promotion Grant) Evaluation of physical properties from dendrite shape by X-ray imaging |
H.Yasuda |
··· 95 |
52 |
In-situ observation of soldering alloys |
H.Esaka |
··· 96 |
53 |
Analysis of solidified structure using solid analytical geometry |
H.Esaka |
··· 97 |
54 |
(Scientific Achievement Merit Prize)
Fundamentals of solidification phenomena |
T.Suzuki |
|
55 |
Single-crystal growth of silicon rod from Si-Ni alloy melt |
T.Koyama |
··· 98 |
56 |
Austenite grain refinement by Ti carbonitride in as-cast S45C steel |
M.Ohno |
··· 99 |
57 |
Effect of Sn on the As-cast microstructure and sulfide precipitation in ultra low carbon steel |
Zhongzhu Liu |
··· 100 |
58 |
(Nishiyama Commemorative Prize) Experimental simulation of defects in final solidification of continuously cast steel |
A.Yamanaka |
··· 101 |
59 |
The realities of V segregation and the formation mechanism of V segregation of continuously cast blooms |
K.Isobe |
··· 102 |
60 |
Development of the evaluating method for the center quality of steel ingots |
K.Sato |
··· 103 |
61 |
Development of improved technology for center porosity of continuous casting slab |
Y.Sato |
··· 104 |
62 |
Effect of oxygen pressure on the viscosity of steel-making slag containg iron oxide |
S.Sukenaga |
··· 105 |
63 |
(ISIJ Research Promotion Grant)
Viscosity evaluation of CaO-SiO2 based multi-phase fluxes |
S.Sukenaga |
··· 106 |
64 |
Reconsideration of the breaking point on viscosity measurement for mold flux |
T.Watanabe |
··· 107 |
65 |
Development of visco-meter using falling ball method aimed for viscosity measurement of molten slag |
T.Inui |
··· 108 |
66 |
Development of the surface tension meter for high temperature melt based on maximum bubble pressure method |
Y.Sato |
··· 109 |
67 |
(ISIJ Research Promotion Grant) Normal spectral emissivity measurements for liquid Fe-C alloys |
K.Sugimori |
··· 110 |
68 |
Heat capacity and thermal conductivity of supercooled liquid silicon |
H.Kobatake |
··· 111 |
69 |
Thermal conductivity measurements and prediction for liquid Sn-In alloys |
R.Endo |
··· 112 |
70 |
Thermal conductivity prediction for molten fluxes with CaO dispersion |
N.Tsuchida |
··· 113 |
71 |
Surface tension of molten stainless steel under controlled atmosphere |
S.Ozawa |
··· 114 |
72 |
Measurement of dynamic wetting of zinc to steel substrates containing Si and Mn |
A.Fukuda |
··· 115 |
73 |
State of boron in CaO-SiO2 slags |
Leandro A.V.Teixeira |
··· 116 |
74 |
Prediction of phase separation in oxide glasses containing B2O3 |
M.Suzuki |
··· 117 |
75 |
Blow-in operation of Kashima No.3 blast furnace(3rd) |
T.Ota |
··· 118 |
76 |
Analysis of particle size segregation of sintered ore during chute flow by large-scale DEM |
H.Mio |
··· 119 |
77 |
Design of new hot stove with mathematical model |
Y.Kimura |
··· 120 |
78 |
Reduction model of carbon iron-ore composite for blast furnace |
K.Yanagiya |
··· 121 |
79 |
Preparatory research on innovative ironmaking process-Development of carbon iron composite process- |
T.Anyashiki |
··· 122 |
80 |
Probing the inner structure of blast furnace by cosmic-ray muon radiography-2 |
A.Shinotake |
··· 123 |
81 |
Analysis of size segregation of burden in charging system of blast furnace-2 |
M.Kadowaki |
··· 124 |
82 |
Development of FCG dynamic control technique at high coke mixed charging in ore layer |
A.Murao |
··· 125 |
83 |
Test operation of coke mixed charging technique improved by FCG dynamic control |
Y.Kashihara |
··· 126 |
84 |
Improvement of circumferential imbalance of Kokura No.2 blast furnace |
T.Fuji |
··· 127 |
85 |
Development of diagnosis-repair equipments for coke oven |
S.Matsumoto |
··· 128 |
86 |
Establishing the technique of replacement of dry main |
T.Kakiki |
··· 129 |
87 |
The establishment of repairing method of the duct of the coke oven |
K.Oodate |
··· 130 |
88 |
A search of coke strength factors using X ray CT |
D.Anraku |
··· 131 |
89 |
Effect of reaction with carbon dioxide on coke degradation(1) |
K.Fukuda |
··· 132 |
90 |
Estimation of fine coke generation amount under drum test |
S.Aizawa |
··· 133 |
91 |
Volume and surface breakage behavior of coke |
T.Arima |
··· 134 |
92 |
Effect of PRo of coal blend on clearance between coke oven wall and coke cake |
T.Yamamoto |
··· 135 |
93 |
The development of coal handling monitoring system |
Hyung-Ki Seong |
··· 136 |
94 |
(Shiraishi Commemorative Prize) Ceramic technology in steel industry |
H.Taira |
|
95 |
Application of MgO-C bricks for RH lower vessel |
M.Hagiwara |
··· 137 |
96 |
Effect of mixer on the property of mixture and set body of a castable |
K.Goto |
··· 138 |
97 |
Comparison of thermal shock testing between a direct electrical heating method and a water-quenching method with carbon-containing refractories |
Y.Fukushima |
··· 139 |
98 |
High capacity microwave drying of monolithic refractories in Nippon Steel Corporation |
H.Taira |
··· 140 |
99 |
Lime addition-magnetic separation technique for EAF dust treatment |
T.Nagasaka |
··· 141 |
100 |
Effect of chloride addition on the hexachlorobenzene emission from the dust of EAF for steelmaking |
T.Murakami |
··· 142 |
101 |
Influence of molten reforming on the degree of steelmaking slag expansion |
H.Hirata |
··· 143 |
102 |
Recycling of stainless steel refining slag by mixing nonferrous refining slag |
N.Maruoka |
··· 144 |
103 |
The influence of heat transfer on uneven solidification at off-corner in slab |
H.Ushio |
··· 145 |
104 |
Influence of casting speed to initial solidified structure of hypoperitectic steel |
M.Hanao |
··· 146 |
105 |
Removal ratio of inclusions in molten steel of continuous casting by the Ar gas bubble |
S.Mineta |
··· 147 |
106 |
Analysis of solidification profile for bloom casting |
S.Watanabe |
··· 148 |
107 |
Structure and dynamics in a calcium aluminosilicate melt and glass using in-situ high temperature NMR |
K.Kanehashi |
··· 149 |
108 |
In-situ observation of melting behavior of mould fluxes by a X-ray visualization technique |
T.Matsushita |
··· 150 |
109 |
Investigations on surface tension of molten AlSi20 alloy at 923 to 1123K |
Jianqiang Li |
··· 151 |
164 |
Phase analysis and nano-hardness measurement of martensite-austenite constituent |
H.Shirahata |
··· 504 |
165 |
Analysis of nanoscale deformation behavior for steel containing M-A constituent |
M.Mizoguchi |
··· 505 |
166 |
In-situ observation of large deformation of as-quenched martensite during uniform elongation |
S.Nambu |
··· 506 |
167 |
Crystallographic analysis of large deformation of as-quenched martensite during uniform elongation |
M.Michiuchi |
··· 507 |
168 |
Effect of C,B, and other alloying elements on precipitation behavior of M23(CB)6 in low carbon steels |
Y.Murota |
··· 508 |
169 |
Effect of Mo on hardenability in B-added steels |
T.Fujishiro |
··· 509 |
170 |
Strengthening mechanism of Cu precipitation steels by 3DAP analysis |
J.Takahashi |
··· 510 |
171 |
(ISIJ Research Promotion Grant)
Crystallographic consideration for nucleation of bainite lath on small angle boundary |
T.Sakamoto |
··· 511 |
172 |
Effect of carbon on nucleation rate of pearlite in medium carbon steel |
S.Teramoto |
··· 512 |
173 |
Development of new model evaluating the particle distribution in precipitation during nitriding |
Y.Tomio |
··· 513 |
174 |
Structural evolution during heating of Er-added FeMo14C15B6 metallic glass |
S.Kobayashi |
··· 514 |
175 |
(Nishiyama Commemorative Prize)
Hydrogen existing states and hydrogen degradation of metals |
K.Takai |
··· 515 |
176 |
Hydrogen penetration behavior of high strength low alloy steel with plastic deformation in gaseous hydrogen |
K.Takasawa |
··· 516 |
177 |
Mechanical properties evaluation of austenitic stainless steels at low temperatures under 70MPa hydrogen environment by the simple testing method |
T.Ogata |
··· 517 |
178 |
Evaluation of hydrogen embrittlement susceptibility of steels by positron annihilation spectroscopy(1) |
T.Omura |
··· 518 |
179 |
Evaluation of hydrogen embrittlement susceptibility of steels by positron annihilation spectroscopy(2) |
H.Araki |
··· 519 |
180 |
Effects of surface oxide films on hydrogen absorption and degradation of pure titanium |
Y.Hasegawa |
··· 520 |
181 |
(Nishiyama Commemorative Prize) Phase-field simulation of microstructure changes in Fe-based alloys |
T.Koyama |
··· 521 |
182 |
Finite element analysis of dilatometry considering the dimensional anisotropy in the banded structure |
Yi-Gil Cho |
··· 522 |
183 |
Molecular dynamics study of fcc-bcc transformation kinetics of iron |
S.Tateyama |
··· 523 |
184 |
Evaluation of nitrogen concentration profile of nitrocarburized steel containing small amount of chromium |
M.Yuya |
··· 524 |
185 |
(ISIJ Research Promotion Grant)
Effects of pre-solution treatment on nucleation of intragranular bainite and its mechanical properties |
R.Asakura |
··· 525 |
186 |
Plastic deformation behavior of (Ferrite+Cr2N) eutectoid-structured steel |
K.Tashiro |
··· 526 |
187 |
Influence of deformation in dual phase region on ferrite transformation studied by in situ neutron diffraction |
Min-Seo Koo |
··· 527 |
188 |
Effect of holding time at intercritical annealing on ferrite recrystallization behavior in low carbon steels |
T.Ogawa |
··· 528 |
189 |
(Mishima Medal) Creep-resistant microstructure design of 9% Cr steel |
F.Abe |
|
190 |
Effect of Cr on microstructural stability and creep properties of high Cr ferritic heat resistant steels-1 |
M.Yoshizawa |
··· 529 |
191 |
(ISIJ Research Promotion Grant)
Effect of Cr on microstructural stability and creep properties of high Cr ferritic heat resistant steels-2 |
Hassan Ghassemi Armaki |
··· 530 |
192 |
Effect of cobalt on short term creep deformation behavior of tempered martensitic 9Cr steel for USC power plant |
L.Helis |
··· 531 |
193 |
(Mishima Medal)
Creep deformation of ferritic heat resistant steel and characteristics of MX particles |
M.Tamura |
|
194 |
Creep strength of martensitic ODS steel for fusion reactor |
M.Tamura |
··· 532 |
195 |
Influence of stress on creep strength of ASME P92/T92 type steels |
K.Kimura |
··· 533 |
196 |
Analysis of creep deformation property of modified 9Cr-1Mo steel |
K.Kimura |
··· 534 |
197 |
Mechanical properties of ausformed Al-Nb-Cr bearing ultra high-strength low alloyed TRIP-aided steels |
S.Sato |
··· 535 |
198 |
Spheroidizing annealing properties of SWRCH18A with isothermal transformation treatment |
M.Okonogi |
··· 536 |
199 |
Influence of shot peening on surface characteristics of heat treated carbon steels |
R.Yakura |
··· 537 |
200 |
Effect of chromium addition on hardness profile of medium carbon steel after nitrocarburization |
M.Egashira |
··· 538 |
201 |
Characterization of nanostructure beneath rolling contact surface of pearlitic steel |
Y.Yamaguchi |
··· 539 |
202 |
Nano-structured bainitic steels:Microstructure characteristics and mechanical properties |
H.Beladi |
··· 540 |
203 |
Effect of alloying elements on yield to tensile ratio of tempered martensitic steels |
K.Nagai |
··· 541 |
204 |
Estimation method of mechanical property of structural steel after heat treatment |
S.Watanabe |
··· 542 |
205 |
(ISIJ Young Researcher Award)
Evaluation of gigacycle fatigue properties for high-strength steel using ultrasonic fatigue testing |
Y.Furuya |
|
206 |
Effect of microscopic stress concentration corresponding to surface roughness on fatigue endurance of high strength steel |
S.Toyoda |
··· 543 |
207 |
The influence of prior austenite grain size on torsional fatigue of induction hardened medium carbon steel |
H.Morimoto |
··· 544 |
208 |
Effect of sticking between electrical steel sheets on magnetic property after stress relief annealing |
K.Sashi |
··· 545 |
209 |
Effect of hot band annealing on main cold rolled-recrystallized texture and their distributions in polycrystalline 3% Si-Fe |
T.Imamura |
··· 546 |
210 |
Effect of Mn on internal oxidation in Fe-3mass%Si alloy |
S.Yamazaki |
··· 547 |
211 |
Effect of inhibitor-pinning on goss-grain evolution in grain-oriented electrical steel |
Y.Ushigami |
··· 548 |
212 |
(ISIJ Research Promotion Grant)
Electrochemical property of flow type micro-droplet cell |
M.Sakairi |
··· 549 |
213 |
(ISIJ Research Promotion Grant)
Electrodeposition of composites of zinc with vanadium oxide from sulfate solutions |
H.Nakano |
··· 550 |
214 |
Effect of environmental MgCl2 on cathodic protection of 55%Al-Zn alloy coated steel sheet |
M.Matsumoto |
··· 551 |
215 |
Numerical analysis of galvanic corrosion with ion movement and reactions |
N.Okada |
··· 552 |
216 |
Improvement of corrosion resistance of 55%Al-Zn coated steel covered by conducting polypyrrole film doped with molybdate ions |
T.Ohtsuka |
··· 553 |
217 |
Appropriate structure of specimen to evaluate perforation corrosion in automotive corrosion test |
S.Otsuka |
··· 554 |
218 |
(Satomi Prize)
High performance and environment-friendly zinc and zinc alloy coated steel sheets |
M.Sagiyama |
|
219 |
(Nishiyama Commemorative Prize)
Development of hot dip Zn alloy galvanized steel sheet for civil and constructive use |
K.Nishimura |
··· 555 |
220 |
The effect of Si and Mn addition on coatability into 780MPa grade TRIP steels |
D.C.Bae |
··· 556 |
221 |
Influence of the oxide film on formation of galvanized and galvannealed coatings |
T.Kawano |
··· 557 |
222 |
Dissolution behavior of MoB/CoCr spray coatings under molten Zn-55%Al alloy |
H.Mizuno |
··· 558 |
223 |
Durability of spray coatings under molten Zn-55%Al alloy |
J.Kitamura |
··· 559 |
224 |
Aluminizing of SKD61 steel using aluminum foil |
T.Sasaki |
··· 560 |
225 |
Influence of initial amount of aluminum on aluminizing for carbon steel |
A.Umeda |
··· 561 |
226 |
(Nishiyama Commemorative Prize) Development of low yield-ratio high strength steel plates for architecture use |
N.Shikanai |
··· 562 |
227 |
Effect of alloying elements on HAZ toughness of YP460 MP class steel for large heat input welding and the properties of developed steel |
K.Ichimiya |
··· 563 |
228 |
Investigation on the parameter for estimating brittle crack arrest behavior of thick steel |
E.Tamura |
··· 564 |
229 |
Difference of the critical CTOD between BS7448 and ASTM E1290-02 |
T.Tagawa |
··· 565 |
230 |
Relationship between revised ASTM-based CTOD and present BS-based CTOD |
Y.Kayamori |
··· 566 |
231 |
Effects of TMCP conditions on tensile strength decrease of 780MPa grade steels after PWHT |
J.Shimamura |
··· 567 |
232 |
Conditions of brittle fracture occurrence for low carbon high strength line pipe steels |
T.Hara |
··· 568 |
233 |
Unstable ductile fracture of hydrogen gas pipeline |
S.Aihara |
··· 569 |
234 |
(Nishiyama Commemorative Prize)
Effect of Mn on sulfide and carbosulfide formation in ultra-low-C Ti-added sheet steels |
N.Mizui |
··· 570 |
235 |
New integrated concept of sulfide precipitations in steel by residual level of copper(Part1/2) |
Y.Ishiguro |
··· 571 |
236 |
New integrated concept of sulfide precipitations in steel by residual level of copper(Part2/2) |
Y.Ishiguro |
··· 572 |
237 |
Effect of number of cold rolling and annealing temperature on r-valure in 0.44%C-steel sheets |
M.Suzuki |
··· 573 |
238 |
Deformation behavior of electro-deposited pure iron |
N.Sugiura |
··· 574 |
239 |
Reassessment of generation of bake-hardenability in BH steel sheet with super ultra low carbon |
Y.Ishiguro |
··· 575 |
240 |
Warm temperature deformation behavior of ferrite single phase high strength steel with fine precipitates |
K.Nakagawa |
··· 576 |
241 |
Suppression of copper hot-shortness in steel by mechano-chemical reaction |
A.Takemura |
··· 577 |
242 |
Oxidation behaviors of TWIP steels in hot rolling process |
Sohn Il-Ryoung |
··· 578 |
243 |
(Scientific Achievement Merit Prize)
Research on creep deformation in γ single phase alloy |
T.Matsuo |
|
244 |
(Nishiyama Commemorative Prize)
Development of heat resistant steel and manufacturing technology for thermal power plant materials |
T.Azuma |
··· 579 |
245 |
Effects of very small amount of Ni and Al on long term creep rupture strength of 9-10Cr heat resistant steels |
K.Asakura |
··· 580 |
246 |
Evaluation of creep strength in high-chromium martensitic steels focused on work-hardening strain |
Y.Nagae |
··· 581 |
247 |
Development of creep voids in fine-grained heat affected zone of mod.9Cr-1Mo steel welded joint |
Yongkui LI |
··· 582 |
248 |
Prediction about precipitation within grain in 18Cr-8Ni steel by system free energy method |
Y.Toda |
··· 583 |
249 |
Relationship between phase transformation in SUS304 stainless steel and strain stored in it during creep tests |
A.Shiraki |
··· 584 |
250 |
An improvement of creep properties in carbon and nitrogen free Fe-12Ni-9Co-10W Alloys |
S.Muneki |
··· 585 |
251 |
Service deterioration of high strength austenitic steels in Eddystone No.1 unit
-Field test in Eddystone unit No.1,USA(No.1)- |
F.Masuyama |
··· 586 |
252 |
Properties and experience of high Cr austenitic stainless steel for boiler tubes
-Field test in Eddystone unit No.1,USA(No.2)- |
Y.Minami |
··· 587 |
253 |
Properties of 20Cr-25Ni-1.5Mo-Nb-N austenitic stainless tube after 75,000 h service
-Field test in Eddystone unit No.1,USA(No.3)- |
H.Mimura |
··· 588 |
254 |
Long-term service experience of advanced austenitic steels
-Field test in Eddystone unit no.1,USA(No.4)- |
H.Okada |
··· 589 |
255 |
Field test results of advanced austenitic steels in Eddystone No.1 unit
-Field test in Eddystone Unit No.1,USA(No.5)- |
N.Komai |
··· 590 |
256 |
Creep properties of high strength austenitic steels used in Eddystone unit No.1
-Field test in Eddystone unit No.1,USA(No.6)- |
Martin Prager |
··· 591 |
257 |
(Nishiyama Commemorative Prize)
Development of high strength steels for auto-bodies through microstructure control |
M.Takahashi |
··· 592 |
258 |
Mill trial production of TWIP steel and its formability |
G.Kim |
··· 593 |
259 |
The influence of Si and Al on the mechanical properties of TRIP-aided steels |
T.Nakagaito |
··· 594 |
260 |
Retardation of decarburization at higher temperatures for a steel sheet of hot stamping with 0.21 mass% C |
K.Hayashi |
··· 595 |
261 |
Evaluation of hydrogen embrittlement for high strength steel sheets
(Study on evaluation of delayed fracture property for high strength steel sheets) |
Y.Toji |
··· 596 |
262 |
The effect of alloying element on properties of TS1.8GPa grade hot-stamped parts
(Development of steel sheet for TS1.8GPa grade hot-stamped parts-1) |
T.Nishibata |
··· 597 |
263 |
The performance of TS1.8GPa grade hot-stamped parts
(Development of steel sheet for TS1.8GPa grade hot-stamped parts-2) |
T.Suzuki |
··· 598 |
264 |
Effect of microstructure on γformation during rapid heating in low carbon steel sheet |
Y.Yamamoto |
··· 599 |
265 |
The effect of pearlite volume fraction on mechanical properties of ferrite-perlite steel |
R.Mizuno |
··· 600 |
266 |
Development of fine grain high carbon steel in high reduction low temperature rolling |
T.Morimoto |
··· 601 |
267 |
Influence of nitrogen and nickel on mechanical properties of metastable duplex stainless steels |
M.Fujisawa |
··· 602 |
268 |
Effect of combined addition of Ti and Nb on r-value of high-purity ferritic stainless steel |
Y.Hideshima |
··· 603 |
269 |
Relationship between TRIP effect and stress-induced martensitic transformation in metastable austenitic steels |
Y.Morimoto |
··· 604 |
270 |
Mechanical properties of Ni-free high nitrogen austenitic stainless steel fabricated by metal injection molding |
M.Komada |
··· 605 |
271 |
Effect of strain rate on high temperature strength in ferritic stainless steels |
Y.Iwasaki |
··· 606 |
272 |
Mechanism of improved machinability for free cutting h-BN stainless steel |
S.Yamamoto |
··· 607 |
273 |
(Nishiyama Commemorative Prize)
Improvement of the corrosion resistance of stainless steels |
T.Ujiro |
··· 608 |
274 |
Effect of potential and temperature on crevice corrosion incubation time for stainless steels in diluted chloride ion solution |
M.Sakiya |
··· 609 |
275 |
Influence of corrosion resistance on sharpness of quench hardening martensitic stainless steel edge tool |
T.Sue-tsugu |
··· 610 |
276 |
The key technology study on the high strength and high corrosion resistant alloy G3,825 oil pipe |
Yaozong Bao |
··· 611 |
277 |
Microstructural factors inducing intergranular fracture in 25Cr-1N austenitic stainless steel |
T.Tsuchiyama |
··· 612 |
278 |
Development of dislocation structure at grain boundary in high nitrogen austenitic stainless steel |
Y.Terazawa |
··· 613 |
279 |
Suppression of intergranular fracture by grain refinement in Fe-25Cr-1N alloy |
T.Onomoto |
··· 614 |
280 |
Effect of microstructure on mechanical properties of temper rolled metastable austenitic stainless steel |
K.Adachi |
··· 615 |
281 |
Effect of nitrogen gas introducing temperature on microstructure and mechanical properties of fabricated high nitrogen stainless steel by means of metal injection molding method |
Y.Aoyama |
··· 616 |
282 |
Influence of heat treatment condition on decarburization in ferritic stainless steel |
R.Hirota |
··· 617 |
283 |
Effect of austenite deformation on isothermal ferrite transformation in a low-alloy steel studied by in situ neutron diffraction |
P.G. Xu |
··· 618 |
284 |
Temperature dependence of nucleation site of austenite during reversion of lath martensite |
N.Nakada |
··· 619 |
285 |
Effect of Mn and Ni on ferritic transformation at the grain boundary in heat affected zone |
K.Fukunaga |
··· 620 |
286 |
Alloying effect on austenitization kinetics from tempered high carbon martensite |
G.Miyamoto |
··· 621 |
287 |
Effect of carbon and nitrogen atoms on lath martensite |
Y.Iwami |
··· 622 |
288 |
Development of MnS and IGF control in microalloyed steels |
Jiang YIN |
··· 623 |
289 |
Refining of MnS in ferrite-pearlite type microalloyed steels |
Jiang Yin |
··· 624 |
290 |
(Nishiyama Commemorative Prize) Improvement of steel reliability by controlling grain size-,spatial-, and time-distribution |
Y.Adachi |
··· 625 |
291 |
(ISIJ Research Promotion Grant)
Effect of tip velocity on weld solidification process of hot-work tool steel |
T.Hashimoto |
··· 626 |
292 |
(ISIJ Research Promotion Grant)
Effect of S on refinement of intragranular bainite |
Y.Kagawa |
··· 627 |
293 |
Interlamellar spacing of pearlite in an Fe-0.8mass%C alloy measured by serial sectioning |
G.H.Zhang |
··· 628 |
294 |
(Scientific Achievement Merit Prize)
Mechanisms of nucleation and growth in diffusional phase transformations |
M.Enomoto |
|
295 |
Adequacy of in-situ observation of phase transformation using high temperature laser scanning confocal microscopy
(In-situ observation of phase transformation using high temperature laser scanning confocal microscopy-1) |
K.Yanagita |
··· 629 |
296 |
Microstructural evolution of acicular ferrite by inclusions
(In-situ observation of phase transformation using high temperature laser scanning confocal microscopy-2) |
Y.Tanimoto |
··· 630 |
297 |
In-situ observation of low carbon high alloy steel martensite transformation
(In-situ observation of phase transformation using temperature laser scanning confocal microscopy-3) |
Shuoyuan Zhang |
··· 631 |