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Home  >  Journal list  >  Journal of the Society of Materials Science, Japan  >  Vol.54 No.12 (2005)

Journal of the Society of Materials Science, Japan
<<Previous issue Vol.54 No.12 (2005) Next issue>>

Evaluation for Gigacycle Fatigue Strength of Alloy Tool Steel
( pp.1206 - 1212 )
Nobuyuki MIYAMOTO1), Hiromitsu ASAI1), Susumu MIYAKAWA1), Yoshiaki AKINIWA2) and Keisuke TANAKA2)

 
A Study on ODA Formation Condition for High Strength Steel during Fatigue Test in Vacuum
( pp.1213 - 1216 )
Hiroki KAWANO1), Yoshihito KUROSHIMA2) and Shoji HARADA2)

 
Effect of Hydrogen Charge on Fatigue Strength of Martensitic Stainless Steel
( pp.1217 - 1224 )
Junji NAGATA1), Nicolas GUY2) and Yukitaka MURAKAMI3)

 
Effects of Hydrogen Charge on Cyclic Stress-Strain Properties and Fatigue Behaviour of Carbon Steels
( pp.1225 - 1230 )
Hideyuki UYAMA1), Yoji MINE2), Yukitaka MURAKAMI2), Masaru NAKASHIMA1) and Kazunori MORISHIGE1)

 
Effect of Hydrogen Gas Environment on Fretting Fatigue
( pp.1231 - 1236 )
Masanobu KUBOTA1), Naoki NOYAMA2), Munehiro FUETA2), Chu SAKAE1) and Yoshiyuki KONDO1)

 
Effects of Crack Size, Stress Ratio and Hydrogen on the Near Threshold Fatigue Crack Propagation of High Strength Steel
( pp.1237 - 1243 )
Kazutoshi YANAGIHARA1), Satoshi OHYANAGI1), Masanobu KUBOTA2), Chu SAKAE2) and Yoshiyuki KONDO2)

 
Fatigue Behaviour of Cast Irons with Spheroidal Carbides Dispersed within Fully Martensitic and Martensitic/Bainitic Matrix Microstructures
( pp.1244 - 1248 )
Keiro TOKAJI1), Takao HORIE2) and Yasuhiko TAKAHASHI3)

 
Effects of Notch and Surface Roughness on Long Life Fatigue Behaviour in High Strength Steels
( pp.1249 - 1254 )
Hisatake ITOGA1), Keiro TOKAJI2), Masaki NAKAJIMA3) and Haeng-Nam KO1)

 
Influence of Shot Peening Treatment on High-Cycle Fatigue Properties of Degassing Processed AC4CH Aluminum Alloy
( pp.1255 - 1261 )
Kiyotaka MASAKI1), Youhei KUMAGAI2), Yasuo OCHI1), Takashi MATSUMURA1) and Tatsuhiko HAMAGUCHI3)

 
Evaluation of Fatigue Crack Properties on Austenitic Stainless Steel with Artificial Corrosion Pits
( pp.1262 - 1267 )
Kiyotaka MASAKI1), Yasuo OCHI1) and Takashi MATSUMURA1)

 
A Study on the Mechanism of Small Fatigue Crack Deflection Behavior in α-Brass by means of In-situ Atomic Force Microscopy and Crystallographic Orientation Analysis
( pp.1268 - 1274 )
Atsushi SUGETA1), Yoshihiko UEMATSU2), Ei-ichi KURONAGA3) and Masahiro JONO4)

 
Investigation of Fatigue Strength Evaluation Method in Biaxial Stress State
( pp.1275 - 1280 )
Takanori KATO1), Miyuki YAMAMOTO1) and Yoshinari YAMAMURA2)

 
Prediction of Fatigue Crack Propagation Path under Combined Torsional and Axial Loading
( pp.1281 - 1287 )
Keisuke TANAKA1), Hiroki TAKAHASHI2), Takuya KATO3) and Yoshiaki AKINIWA1)

 
Crack Propagation Behavior in Pure Aluminum
—Observation and Evaluation of Crack Propagation by Mixed Mode—
( pp.1288 - 1293 )
Chobin MAKABE1), Takuya YAMANE2), Toshiyasu SUEYOSHI1) and Tatsujiro MIYAZAKI1)

 
Mode II Fatigue Crack Growth Characteristics and Experimental Evaluation of the Crack Driving Force
( pp.1295 - 1300 )
Hideo NISHIZAWA1) and Takeshi OGAWA2)

 
Strain Rate Dependence of Dynamic Flow Stress Considering Viscous Drag for 6061 Aluminum Alloy at Very High Strain Rates
( pp.1301 - 1306 )
Kiyotaka SAKINO1)

 
X-Ray Residual Stress Measurement of Cylindrical Surface at Narrow Part by Pseudo-ψ Angle Changing Method
—Residual Stress in the Tooth Depth Direction at Tooth Root of Rack—
( pp.1307 - 1313 )
Taizo OGURI1), Kazuo MURATA2) and Katsumi YAMAGUCHI1)

 


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