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Home  >  Journal list  >  Journal of the Society of Materials Science, Japan  >  Vol.64 No.2 (2015)

Journal of the Society of Materials Science, Japan
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Study on the Magnification and Area of Observation Appropriate to Measure Type IV Creep Damage of Mod.9Cr-1Mo Steel
( pp.74 - 79 )
Fumiko KAWASHIMA1), Atomu SATO1), Yoshitsugu IRIE1), Kohei YAMAKAWA2), Kazuhito FUJIWARA1), Hidehiro HATA1)

 
Evolutions of Nonlinear Acoustics and Microstructural Change during Creep in Gr. 122 Steel Welded Joint
( pp.80 - 87 )
Toshihiro OHTANI1), Takumi HONMA2), Yutaka ISHII2), Masaaki TABUCHI3), Hiromichi HONGO3), Masahiko HIRAO4)

 
EBSD Analysis of Grain Strain Distribution for Creep Damaged SUS304HTB
( pp.88 - 93 )
Kazunari FUJIYAMA1), Kazuma HARADA2), Akihiro OGAWA2), Hirohisa KIMACHI1)

 
EBSD Analysis of Grain Strain Distribution for Creep Damaged Modified 9Cr Steel
( pp.94 - 99 )
Kazunari FUJIYAMA1), Akihiro OGAWA2), Kazuma HARADA2), Hirohisa KIMACHI1)

 
Strain Distribution along Gauge Length and Creep Rupture Lives by Introducing Slits into Extensometer Limbs of Uniaxial Creep Specimen
( pp.100 - 105 )
Ken-ichi KOBAYASHI1), Yuichiro SAITO1)

 
Creep Strain Analysis of Austenitic Stainless Steel by SEM/EBSD
( pp.106 - 112 )
Keiji KUBUSHIRO1), Yohei SAKAKIBARA2), Toshihiro OHTANI3)

 
Damage Evaluation Based on EBSD Method for Nickel-Base Superalloy Notched Specimen Under Creep and/or Fatigue Conditions
( pp.113 - 119 )
Daisuke KOBAYASHI1), Masamichi MIYABE1), Masahiro ACHIWA1), Ruji SUGIURA2), A. Toshimitsu. YOKOBORI Jr.2)

 
Influence of γ/γ’ Composite Microstructure on Crack Tip Deformation Behavior in Ni-Based Single Crystal Superalloy
( pp.120 - 127 )
Yasuhiro MUKAI1), Hiroyuki KAGAWA1), Motoki SAKAGUCHI2), Masakazu OKAZAKI3)

 
High Temperature Low-Cycle Fatigue Behavior of Thermal Barrier Coated Ni-Base Superalloy IN738LC
( pp.128 - 133 )
Yasuhiro YAMAZAKI1), Hirotaka FUKANUMA2), Naoyuki OHNO2)

 
Damage Progression of Thermal Barrier Coatings by CMAS
( pp.134 - 139 )
Yuki HAYASHI1), Satoshi YAMAGISHI2), Masakazu OKAZAKI2)

 


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