Fracture Mechanics Approach to Small Fatigue Crack Growth and Coalescence under Low Cycle Fatigue
Shota HASUNUMA, Takeshi OGAWA and Masanori KIKUCHI
Characteristics and Formative Factors of Fracture Surfaces on Subsurface Initial Crack Growth in Very High Cycle Fatigue
Takashi NAKAMURA and Hiroyuki OGUMA
Influential Factors on the Formation of Initial Crack Propagation Region in Sub-surface Fracture of Ti-6Al-4V Alloy
Hiroyuki OGUMA and Takashi NAKAMURA
Effect of Solution Treatment Time on Fatigue Properties of A‚Œ Cast Alloy
Norio KAWAGOISHI, Shin-ichiro OHURA, Mitsuru ADACHI, Yoshikazu MAEDA and Eiji KONDO
Improvement of Fatigue Properties of Alloy 718 by Radical Nitriding
Norio KAWAGOISHI, Akihisa OHTA, Kazuhiro MORINO, Kensaku YAMANE and Kazunori FUKADA
Creation of Fine Grained-Layer and High Hardness-Layer Using IH-FPP Treatment System and Its Effect on the Fatigue Properties of Steel
Tsubasa HARADA, Shoichi KIKUCHI, Jun KOMOTORI, Kengo FUKAZAWA, Yoshitaka MISAKA and Kazuhiro KAWASAKI
Effect of DLC Film on Fatigue Behavior in Alloy Steels with Different Hardness and Inclusion Size
Yoshihiko UEMATSU, Toshifumi KAKIUCHI, Katsuya MARUCHI, Takema TERATANI and Yoshio HARADA
A Mechanism of Acceleration of Fatigue Crack Growth after Applying Overload
Akihiro YAMAUCHI, Chobin MAKABE, Tatsujiro MIYAZAKI and Hisashi MIYAHARA
Simplified Method for Estimation of Fatigue Life on High-Strength Aluminum Alloy under Two-Step Loading
Toru TAKASE and Atsuhiro KOYAMA
Multi-Axial Fatigue Properties under Tension-Torsion Loading for Short-Glass-Fiber-Reinforced Phenolic-Resin Matrix Composite
Takahiko SAWADA and Hiroshi AOYAMA
