170 |
(Nishiyama Commemorative Prize)
Development of welding technology for high strength and zinc coated steel sheets |
M.Ono |
··· 327 |
171 |
(Shiraishi Commemorative Prize) Development of welding technologies for steel products |
K.Yasuda |
|
172 |
Influence of blowholes on tensile strength of arc-welded Zn and Zn-Al-Mg alloy coated steel sheets |
J.Kurobe |
··· 328 |
173 |
Butt joining of mild steel sheet by shot peening |
M.Fukunaga |
··· 329 |
174 |
Effect of the electrolytic-etching treatment on adhesion between stainless steel sheets and silicone adhesive |
Y.Iwamizu |
··· 330 |
175 |
Forming limit prediction and work-hardening behavior under strain-path changes |
S.Yonemura |
··· 331 |
176 |
Material testing method of applying in-plane combined tension-compression stresses to sheet metals |
T.Kuwabara |
··· 332 |
177 |
Laser forming of tailored blanks |
M.Otsu |
··· 333 |
178 |
Warm shearing of ultra high strength steel sheets using resistance local heating |
K.Mori |
··· 334 |
179 |
Deformation in spinning forming of welded steel pipe(FEM simulation of spinning forming) |
A.Ando |
··· 335 |
180 |
Effect of mechanical properties on thickness changing of rotary-draw bending of steel pipes |
Y.Hashimoto |
··· 336 |
181 |
(Nishiyama Commemorative Prize)
Influence of temperature distribution on deformation of surface micro defects in flat rolling |
N.Yukawa |
··· 337 |
182 |
Influence of rolling condition on surface micro defect deformation behavior in steel bar rolling |
N.Yukawa |
··· 338 |
183 |
Surface characteristics of stainless steel sheets cold-rolled with rolls polished in axial and other directions |
H.Yamamoto |
··· 339 |
184 |
Specification of industrial multi-bending machine as a grain refinement process |
N.Nakata |
··· 340 |
185 |
Lubrication for cold forging by porosification of workpiece surface |
T.Sakai |
··· 341 |
186 |
Lubrication mechanism of base oil and additive agent in hot rolling |
Y.Yoshida |
··· 342 |
187 |
Lubrication characteristics of ferritic stainless steel strip in hot rolling |
Kim Chul Hee |
··· 343 |
188 |
Deformation behavior of plates in roller leveling |
M.Enomoto |
··· 344 |
189 |
Analysis of warping deformation after slitting caused by residual stress in a steel plate with leveler analysis model |
N.Shigaki |
··· 345 |
190 |
Numerical models to analyze effects of leveling on slit camber in TMCP plates |
Youngjin Jung |
··· 346 |
191 |
(ISIJ Research Promotion Grant)
Three-dimensional numerical analysis of a planar water jet impinging on a solid substrate |
H.Fujimoto |
··· 347 |
192 |
(ISIJ Research Promotion Grant)
Numerical study of collision of liquid droplets with a hot substrate |
H.Fujimoto |
··· 348 |
193 |
Numerical analysis of thermal stress and deformation of slab in reheating furnace |
J.Tateno |
··· 349 |
194 |
Deformation characteristics of oxide scale on steel sheet with surface defect |
T.Taguchi |
··· 350 |
195 |
(ISIJ Research Promotion Grant)
Development of impulse response vibration analyzer and its application for the study of scale on steels |
I.Saeki |
··· 351 |
196 |
Development of descaling nozzle with high erosion performance |
T.Nishiyama |
··· 352 |
197 |
Transcription of roll surface roughness to deformed mild steel sheet |
I.Yarita |
··· 353 |
198 |
Effects of tension and speed on roll surface transcription in temper rolling |
N.Nagase |
··· 354 |
199 |
Relationship between surface qualities and oil film thickness in temper rolling
(Surface qualities of workpiece and behavior of lubricant in temper rolling-3) |
K.Aoki |
··· 355 |
200 |
Influence of dull roll processed by electric discharge on the surface of rolled strip |
K.Watanuki |
··· 356 |
201 |
Surface roughness evaluation of surfaces numerically coined by 3D EP-FEM |
H.Ike |
··· 357 |
202 |
Application of zooming method to analysis of surface roughness transcription in strip rolling
(Surface roughness transcription FEM analysis using zooming method III) |
T.Akiyama |
··· 358 |
203 |
Modelling of skin-pass rolling by elasto-plastic analysis of plane strain upsetting |
H.Kijima |
··· 359 |
204 |
Characteristic on UR/UE/UF tandem reverse rolling of H-beam |
Y.Kusaba |
··· 360 |
205 |
Development of 590N/mm2 class H-shapes using cooling system surrounding cross-section |
E.Iwai |
··· 361 |
206 |
Development of H-shapes manufactured by TMC process having an excellent low temperature toughness |
T.Kimura |
··· 362 |
207 |
Development of rolling technique for HAT-profile steel sheet pile |
M.Kawai |
··· 363 |
208 |
Effects of sulfur on hydrogen embrittlement of large steel forgings |
W.Urushihara |
··· 364 |
209 |
Prevention of center porosity with free-forged tool steel bars |
T.Kanai |
··· 365 |
210 |
Surface modification of high-speed tool steel by shot peening |
Y.Harada |
··· 366 |
211 |
Influence of heat treatment condition on decarburization in ferritic stainless steel |
R.Hirota |
··· 428 |
212 |
Localized corrosion of super 13Cr stainless steel in concentrated NaCl environments |
D.Motoya |
··· 429 |
213 |
Relationship between corrosion resistance and Cr concentration in passive films formed on Cu-bearing 20-22%chromium content ferritic stainless steels after field exposure |
T.Ishii |
··· 430 |
214 |
Effects of alloying elements on pitting potential in Cr-Mn-Ni austenitic stainless steels |
T.Oshima |
··· 431 |
215 |
Production of free cutting h-BN stainless steel without containing lead |
K.Sakuraya |
··· 432 |
216 |
Machinability of stainless steel with dispersed h-BN particles |
S.Yamamoto |
··· 433 |
217 |
(ISIJ Research Promotion Grant)
Enhancement of cavitating jet by associated water jet and its application to improvement of fatigue strength of stainless steel |
H.Soyama |
··· 434 |
218 |
(Nishiyama Commemorative Prize)
Recent research developments and prospects in the ultra-low C IF steels |
K.Sakata |
··· 435 |
219 |
Precipitation of sulfides in Ti-stabilized interstitial-free steel and its role of residual level of copper |
Y.Ishiguro |
··· 436 |
220 |
Effect of microstructure on bendability of 980MPa grade ultra high strength steel sheets |
K.Hasegawa |
··· 437 |
221 |
The effects of microstructure before cold rolling on ductility-stretch-flangeability of Al bearing TRIP-aided sheet steels with annealed bainite matrix structure |
J.Tsuruta |
··· 438 |
222 |
Effect of duplex-grained structure on yield stress |
N.Nakada |
··· 439 |
223 |
Effects of bainite-lath aggregate on mechanical properties in bainitic steels |
S.Nohara |
··· 440 |
224 |
Effect of Mn and S on formation of intragranular bainite and on mechanical properties |
Y.Kagawa |
··· 441 |
225 |
Microstructure and mechanical property of Fe3Al-based intermetallic alloys |
N.Matsumoto |
··· 442 |
226 |
Effect of Zr and Nb addition on microstructure and mechanical property of B2 type FeAl intermetallic alloys |
J.Machida |
··· 443 |
227 |
Distribution of crack opening distance during interfacial debonding in galvannealed coating layer on steel substrates under applied tensile strain |
S.Iwamoto |
··· 444 |
228 |
(Nishiyama Commemorative Prize)
Precipitation behavior and mechanical properties of Fe-Ni base superalloy 706 |
T.Shibata |
··· 445 |
229 |
Hot workability of wrought Ni based superalloys |
S.Ohsaki |
··· 446 |
230 |
Weldability of high strength Ni-based alloy USC141(Ni-20Cr-10Mo-1Al-2Ti) |
Gang Bao |
··· 447 |
231 |
Creep resistance of single crystal Ni-based superalloy,CMSX-4, at 1173K |
Y.Hayashi |
··· 448 |
232 |
(Nishiyama Commemorative Prize)Development of heat-resistant materials for automobile engine components |
T.Noda |
··· 449 |
233 |
Creep strengthening mechanism of 25Cr-20Ni-Nb-N steel |
N.Saitoh |
··· 450 |
234 |
Weldability and high temperature strength of 45Ni-23Cr-7W steel as a candidate for next generation USC boiler components |
T.Sato |
··· 451 |
235 |
(Mishima Medal)
Ultar grain refinement of γ-stainless steel through reversion of deformation induced martensite |
S.Takaki |
|
236 |
Influence of deformation temperature and strain on α' and ε phase formation in metastable austenitic stainless steel |
Y.Adachi |
··· 452 |
237 |
Effect of material property on side-wall curl in hat forming of SUS304 |
E.Ishimaru |
··· 453 |
238 |
(ISIJ Research Promotion Grant)
Effect of grain refinement on tensile properties of nickel-free austenitic steels |
T.Tsuchiyama |
··· 454 |
239 |
Effect of nitrogen content on microstructure and strength properties of high nitrogen Ni-free steels fabricated by mechanical alloying method |
R.Murakami |
··· 455 |
240 |
Experimental production of Ni-free high-nitrogen austenitic stainless steel by metal injection molding |
Y.Kuroda |
··· 456 |
241 |
Mechanical properties of Ni-free high-nitrogen austenitic stainless steel produced by metal injection molding method |
M.Komada |
··· 457 |
242 |
Fatigue property of nickel-free high nitrogen stainless steel in simulated body fluid |
M.Sanbe |
··· 458 |
243 |
Effect of oxygen concentration in reheating atmospheres on hot shortness of a steel containing copper |
Y.Kondo |
··· 459 |
244 |
Oxidation behaviors of high strength automotive steels in reheat furnace |
Sohn Il-Ryoung |
··· 460 |
245 |
Tensile behavior of TRIP-DP steel sheets studied by in situ neutron diffraction |
A.Narui |
··· 461 |
246 |
Effect of texture of 780-980MPa grade hot-rolled steel strengthened by nanometer-sized precipitates |
T.Yokota |
··· 462 |
247 |
Effect of molybdenum on formation of micro duplex(MD) structure in C-Si-Cr-Mo steel |
R.Ueji |
··· 463 |
248 |
(ISIJ Research Promotion Grant)Effects of carbon and silicon on high strain rate properties of high strength steel |
K.Takata |
··· 464 |
249 |
Effect of microstructure and morphology on the fracture toughness in extremely low carbon bainite steels |
K.Ueda |
··· 465 |
250 |
Effect of second phase volume fraction on ductile crack initiation of dual phase steels under cyclic loading |
H.Sueyoshi |
··· 466 |
251 |
The 3D-EBSD study of low temperature deformation behavior in high nitrogen austenitic steel |
M.Ojima |
··· 467 |
252 |
Analysis of morphology of two-phase steel to improve resistance for ductile cracking under large scale straining |
M.Ohata |
··· 468 |
253 |
Investigation on brittle crack arrest behavior in weld joint of thick plates
(1st report:brittle crack arrest at T joint using steel plate with thickness of 60mm) |
E.Tamura |
··· 469 |
254 |
Investigation on brittle crack arrest behavior in weld joint of thick plates(2nd report:effect of fillet weld on brittle crack arrest) |
E.Tamura |
··· 470 |
255 |
Fracture mechanism in Cu-bearing steels obtained by 3D-image |
N.Yamada |
··· 471 |
256 |
(ISIJ Research Promotion Grant)
Spalling process of coating layer of galvannealed steel after multiple fracture under tensile stress |
S.Ochiai |
··· 472 |
257 |
Interfacial reactions between liquid zinc and hot-dipped pure iron |
R.Kainuma |
··· 473 |
258 |
Effect of alloy elements in IF high strength steel sheets on galvanized coating quality |
S.H.JEON |
··· 474 |
259 |
Sn plated sheet with good solder-wettability and anti-whisker property |
T.Tanaka |
··· 475 |
260 |
(Nishiyama Commemorative Prize)
Development of high performance structural steels |
Y.Kamada |
··· 476 |
261 |
Dimensional change calculation of SUJ2 with temperature and hold time |
N.Mouri |
··· 477 |
262 |
Grain growth behavior and the amount of NbC precipitates at carburized surface layer |
S.Todo |
··· 478 |
263 |
Effect of prior heat treatment on hardness profile after nitrocarburization |
M.Egashira |
··· 479 |
264 |
Effect of forging conditions on hardness profile after nitrocarburization |
M.Yuya |
··· 480 |
265 |
(Nishiyama Commemorative Prize)
Development of strengthening technologies in high carbon steel wires |
T.Tarui |
··· 481 |
266 |
Study on the optimization of Si content in medium carbon spring steel for suspension |
J.S.Lee |
··· 482 |
267 |
Effect of microstructure on chip breakability in structural steel for automobile |
K.Uchida |
··· 483 |
268 |
The effect of slip ratio and amount of hydrogen on the formation of white etching area under sliding surface |
M.Fujita |
··· 484 |
269 |
Effect of Ni and Mo on torsional fatigue strength of induction hardened steel |
A.Matsugasako |
··· 485 |
270 |
The influence of prior austenite grain size on torsional fatigue notch sensitivity of induction hardened medium carbon steel |
H.Morimoto |
··· 486 |
271 |
Observation of early crack from internal defect in rolling contact fatigue |
T.Fujimatsu |
··· 487 |
272 |
Calculation of hydrogen trapping energy of NaCl-type coherent alloy carbide plate in ferrite |
M.Enomoto |
··· 488 |
273 |
Trapping site formation and contribution to degradation enhanced by interaction between hydrogen and stress |
H.Shoda |
··· 489 |
274 |
Identification of lattice defects affecting hydrogen degradation in pure iron |
S.Yamaguchi |
··· 490 |
275 |
Hydrogen degradation susceptibility by constant load test of cold-drawn high-strength stainless steel wire |
T.Horiguchi |
··· 491 |
276 |
Fracture mode and delayed fracture susceptibility of high strength steel |
A.Endo |
··· 492 |
277 |
Evaluation of delayed fracture characteristics of high strength steel by conventional strain rate test |
C.Ito |
··· 493 |
278 |
The effects of stress concentration and temperature on hydrogen embrittlement susceptibility of low alloy steel |
K.Kobayashi |
··· 494 |
279 |
Hydrogen embrittlement in Cu-added martensitic steel |
T.Kouchi |
··· 495 |
280 |
Hydrogen entry and delayed fracture behavior of high-strength bolt steels by cyclic corrosion test |
Zuogui Zhang |
··· 496 |
281 |
The efficiency of the grout injection for delayed fracture of PC wire |
T.Maekawa |
··· 497 |
282 |
(ISIJ Research Promotion Grant)
Delayed fracture strength of ultra high strength TRIP-aided bainitic ferrite steels with low austempering temperature |
T.Hojo |
··· 498 |
283 |
Evaluation of hydrogen embrittlement in tensile and fatigue properties of stainless steels at low temperatures |
T.Ogata |
··· 499 |
284 |
Microstructural changes in duplex stainless steel with decreased amount of B ferrite |
N.Hirota |
··· 500 |
285 |
Effect of nitrogen absorption treatment on microstructures and mechanical properties of a duplex stainless steel |
N.Nishi |
··· 501 |
286 |
Mechanical properties of metastable Cr-Mn-N duplex stainless steels |
M.Fujisawa |
··· 502 |
287 |
Three-dimensional atom probe analysis of white etching layer in rail track surface |
J.Takahashi |
··· 503 |
288 |
Electron microscopy observation of Cu particles and dislocations in Fe-3 mass% Cu alloy |
K.Ohta |
··· 504 |
289 |
Macroscopic to microscopic deformation behaviour of silicon steel bicrystals deformed in compression |
Dorothee Dorner |
··· 505 |
290 |
Grain boundary bulging during tempering in ultralow carbon lath martensitic steel |
M.Natori |
··· 506 |
291 |
Change in recrystallization behavior by tempering before cold working in a low carbon martensitic steel |
H.Urashima |
··· 507 |
292 |
Formation of ultrafine grained ferrite by warm deformation of lath martensite |
Behrang Poorganji |
··· 508 |
293 |
Effects of transformation strain and deformation on nucleation of intragranular bainite |
R.Asakura |
··· 509 |
294 |
(Nishiyama Commemorative Prize)
Effects of a high magnetic field on diffusional solid/solid phase transformations |
H.Ohtsuka |
··· 510 |
295 |
Isothermal transformation model of proeutectoid ferrite and the calculation incorporating CALPHAD method
(Integrated phase transformation modeling of microalloyed forging steel-1) |
K.Tanaka |
··· 511 |
296 |
Prediction of volume fraction of proeutectoid ferrite, pearlite, bainite and experimental validation
(Integrated phase transformation modeling of microalloyed forging steel-2) |
K.Tanaka |
··· 512 |
297 |
3D-EBSD characterization of facetted BCC phase precipitation at grain boundary corners in FCC matrix |
Y.Adachi |
··· 513 |
298 |
Effect of deformation on ferrite isothermal transformation in the dual phase region studied by in situ neutron diffraction |
P.G.Xu |
··· 514 |
299 |
Prediction of austenite textures prior to transformation in hot rolled steel sheets by MODF |
T.Tomida |
··· 515 |
300 |
Effect of intercritical annealing time on γ(α transformation during cooling in C-Si-Mn steel |
Y.Toji |
··· 516 |
301 |
Promotion of lower bainite transformation isothermally heat-treated at below Ms in low carbon steels |
J.Shimamura |
··· 517 |
302 |
Precise measurement of accommodation strain in austenite surrounding martensite by electron backscatter diffraction method |
G.Miyamoto |
··· 518 |
303 |
Selected growth of variants in L10-type CoPt under magnetic field |
Sahar Farjami |
··· 519 |
304 |
(Mishima Medal)
Technology development through phase transformation |
K.Amano |
|
305 |
Effect of C and Si on toughness of high strength seamless line pipe |
Y.Arai |
··· 520 |
306 |
Inclusions control for improving the HAZ toughness in large heat input welding |
Y.Shintaku |
··· 521 |
307 |
Toughness improvement of high tensile strength steel plate by ausforming and refinement of cementite |
K.Hayashi |
··· 522 |
308 |
Improvement of resistance to delayed fracture of high tensile strength steel plates by refinement of cementite |
A.Nagao |
··· 523 |
309 |
The effect of microstructure on yield stress in low Si steel with fully bainitic microstructures |
H.Kawata |
··· 524 |
310 |
The implementation of a structure-property prediction model in current hot strip mills |
Young-Roc Im |
··· 525 |
311 |
Phase-field simulation on cooperative growth of pearlite transformation |
K.Nakajima |
··· 526 |
312 |
Phase-field simulation of recrystallization based on the unified subgrain growth theory |
Y.Suwa |
··· 527 |
313 |
Development of prediction system of microstructure evolution during plastic working(Development of energy-saving reduction-of-labor type FEA system of material forming-3) |
T.Yoshida |
··· 528 |
314 |
Effect of liquid particle on the grain growth in the Fe-Mn-Al alloys |
T.Hagisawa |
··· 529 |
315 |
Effect of size distribution of TiN precipitates on austenite grain coarsening behavior |
K.Ichimiya |
··· 530 |
316 |
Effect of C$B$and other alloying elements on precipitation behavior of M23(CB)6 in low carbon steels |
Y.Murota |
··· 531 |
317 |
Texture evolution in two-stage annealing of high-alloyed non-oriented electrical steels |
Sam Kyu Chang |
··· 532 |
318 |
(Nishiyama Commemorative Prize)
AFM observation of initial fatigue damage on low carbon steel |
T.Tagawa |
··· 533 |
319 |
(Shiraishi Commemorative Prize)
Effect of variable load on fretting fatigue properties of press-fitted axle |
M.Yamamoto |
|
320 |
Improvement in fatigue propagation properties with retained or precipitated austenite in Ni-bearing steels |
A.Ohmori |
··· 534 |
321 |
Evaluation of fatigue crack propagation life for Ti-6Al-4V alloys generated internal crack |
M.Hamada |
··· 535 |
322 |
(Nishiyama Commemorative Prize)
Development of high performance prepainted steel sheets for appliances |
H.Kanai |
··· 536 |
323 |
(ISIJ Research Promotion Grant)
Conductive polypyrrole films on 55%Al-Zn coated steels for corrosion protection |
T.Ohtsuka |
··· 537 |
324 |
Effect of TiN oxide and forming on adhersion of film to tinplate |
M.Matsubara |
··· 538 |
325 |
Microstructure of chromate-free coatings and their corrosion resistance |
H.Noro |
··· 539 |
326 |
(ISIJ Research Promotion Grant)
Effect of depth on corrosion behavior of artificial pit formed in zinc coated steels with PR method |
M.Sakairi |
··· 540 |
327 |
(Nishiyama Commemorative Prize)Corrosion estimation on Si-Al bearing ultrafine grained weathering steel |
T.Nishimura |
··· 541 |
328 |
(Nishiyama Commemorative Prize)
Development of high Si steel sheet by continuous siliconizing method |
Y.Tanaka |
··· 542 |
329 |
Effect of properties of non-oriented electrical steel sheet on torque characteristics of interior-permanent-magnet synchronous motor |
H.Fujimura |
··· 543 |
330 |
Cold-rolled micro-texture in polycrystalline 3%Si-Fe |
T.Imamura |
··· 544 |
331 |
Influence of localized primary recrystallization texture on secondary recrystallized grains in Fe-3%Si alloy |
N.Morishige |
··· 545 |
332 |
Influence of TiN coating films on magnetic properties in 3%Si-Fe single crystals |
Y.Shingaki |
··· 546 |
333 |
(Mishima Medal)
R&D of innovative steels and alloys for energy systems-To achieve innovative steels with higher creep strength for reducing CO2 from the fossil plants- |
M.Igarashi |
|
334 |
Precipitation behavior of 7%Cr-VNbN steel during tempering |
M.Tamura |
··· 547 |
335 |
Precipitation behavior of Mod 9%Cr-1%Mo steel during creep deformation |
Anoop Kabadwal |
··· 548 |
336 |
Effects of Al and Ni on long term creep rupture strength of high Cr heat resistant steels and strengthening mechanisms |
K.Asakura |
··· 549 |
337 |
(ISIJ Young Researcher Award)
TTP diagram of Z phase and creep strength degradation in high Cr steels |
K.Sawada |
|
338 |
Effects of microstructures on hydrogen desorption characteristics of high chromium ferritic steel |
T.Honda |
··· 550 |
339 |
Properties of high strength 1.25Cr-0.4Mo-Nb-V steel at elevated temperatures -1-
(Development of a high strength low alloy heat resistant steel) |
K.Miyata |
··· 551 |
340 |
Properties of high strength 1.25Cr-0.4Mo-Nb-V steel at elevated temperatures-2-
(Evaluation of high strength 1.25Cr-0.4Mo-Nb-V steel tubes) |
T.Nakashima |
··· 552 |
341 |
Estimation of the strain energy in crept specimens of austenitic steels |
Y.Murata |
··· 553 |
342 |
Prediction about precipitation of M23C6 phase in 18Cr-8Ni steel by system free energy method |
Y.Toda |
··· 554 |
343 |
High temperature strength of ultra low carbon Nb-B steel |
Y.Shimbo |
··· 555 |
344 |
Microstructural changes of V%Nb added high Cr ferritic steels during creep deformation |
Y.Yoshida |
··· 556 |
345 |
Creep damage analysis of high Cr heat resistant ferritic steel by indentation test |
M.Nakajima |
··· 557 |
346 |
Microstructure evolution and phase transformation behavior of high boron containing 9%Cr ferritic heat resistant steel HAZ |
T.Shirane |
··· 558 |
347 |
Improvement of oxidation resistance for 9Cr ferritic steels by the formation of Cr2O3 thin layer |
M.Yoshida |
··· 559 |