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在“Elsevier电子期刊”中，命中：274条，耗时：0.0609719 秒

在所有数据库中总计命中：605条

1.In-situ micro-cantilever bending test in environmental scanning electron microscope: Real time observation of hydrogen enhanced cracking

作者：Y. Deng ; T. Hajilou ; D. Wan ; N. Kheradmand ; A. Barnoush ; ^{afrooz.barnoush@gmail.com" class="auth_mail" title="E-mail the corresponding author} ; ^{afrooz.barnoush@ntnu.no" class="auth_mail" title="E-mail the corresponding author}

关键词：In-situ test ; Iron aluminides (FeAl) ; Hydrogen embrittlement

刊名：Scripta Materialia

出版年：2017

2.Explanation for anomalous environmentally assisted cracking behaviour of a wrought Mg-Mn alloy in chloride medium

作者：Anup M. Panindre ; V.S. Raja ; ^{vsraja@iitb.ac.in} ; ^{rajavs.rajavs@gmail.com} ; M. Ajay Krishnan

关键词：1. Magnesium ; 2. Stress corrosion cracking ; 3. Hydrogen embrittlement ; 4. EIS ; 5. SEM

刊名：Corrosion Science

出版年：2017

3.Multi-scale and spatially resolved hydrogen mapping in a Ni-Nb model alloy reveals the role of the δ phase in hydrogen embrittlement of alloy 718

作者：Z. Tarzimoghadam^a ; M. Rohwerder^a ; S.V. Merzlikin^a ; A. Bashir^a ; L. Yedra^b ; S. Eswara^b ; D. Ponge^a ; ^{ponge@mpie.de" class="auth_mail" title="E-mail the corresponding author} ; D. Raabe^a

关键词：Hydrogen embrittlement ; Hydrogen mapping ; Alloy 718 ; Delta phase ; HEDE

刊名：Acta Materialia

出版年：2016

4.Direct evaluation of grain boundary hydrogen embrittlement: A micro-mechanical approach

作者：Yoshimasa Takahashi^a ; ^{yoshim-t@kansai-u.ac.jp" class="auth_mail" title="E-mail the corresponding author} ; Hikaru Kondo^a ; ¹ ; Ryo Asano^a ; Shigeo Arai^b ; Kimitaka Higuchi^b ; Yuta Yamamoto^b ; Shunsuke Muto^b ; Nobuo Tanaka^b

关键词：Grain boundaries ; Hydrogen embrittlement ; Fracture ; TEM ; Micromechanical tests

刊名：Materials Science & Engineering A

出版年：2016

5.Hydrogen induced amorphisation around nanocracks in aluminium

作者：P.D. White^a ; ^b ; ^{Paul.White@dsto.defence.gov.au" class="auth_mail" title="E-mail the corresponding author} ; S.A. Barter^a ; N. Medhekar^b

关键词：Fatigue crack growth ; Hydrogen embrittlement ; Molecular dynamics

刊名：Engineering Fracture Mechanics

出版年：2016

6.Fatigue behavior of hydrogen pre-charged low alloy Cr-Mo steel

作者：Chiara Colombo^a ; ^{chiara.colombo@polimi.it" class="auth_mail" title="E-mail the corresponding author} ; Gabriele Fumagalli^b ; Fabio Bolzoni^b ; Giorgia Gobbi^a ; Laura Vergani^a

关键词：Hydrogen embrittlement ; Hydrogen charging ; Fatigue crack growth ; Fracture toughness

刊名：International Journal of Fatigue

出版年：2016

7.Effect of notches on creep-fatigue behavior of a P/M nickel-based superalloy

作者：J. Telesman ; ^{jack.telesman@grc.nasa.gov" class="auth_mail" title="E-mail the corresponding author} ; T.P. Gabb ; L.J. Ghosn ; J. Gayda¹

关键词：Superalloys ; Dwell notch low cycle fatigue ; Hydrostatic stress ; Creep&ndash ; fatigue ; Environmental degradation

刊名：International Journal of Fatigue

出版年：2016

8.The effect of oxide scale roughness on the plasticity of iron aluminide alloy

作者：M. Kupka ; ^{marian.kupka@us.edu.pl" class="auth_mail" title="E-mail the corresponding author} ; J. Marut ; K. Aniołek ; A. Barylski

关键词：Iron aluminide ; Environmental embrittlement ; Thermal oxidation ; Roughness ; Plasticity

刊名：Vacuum

出版年：2016

9.Micro-mechanical measurement of fracture behaviour of individual grain boundaries in Ni alloy 600 exposed to a pressurized water reactor environment

作者：Alisa Stratulat ; David E.J. Armstrong ; ^{david.armstrong@materials.ox.ac.uk" class="auth_mail" title="E-mail the corresponding author} ; Steve G. Roberts

关键词：Micromechanical testing ; Critical stress intensity factors ; Oxidised grain boundaries ; Stress-corrosion cracking ; Environmentally-assisted fracture ; Nickel ; Alloy 600

刊名：Corrosion Science

出版年：2016

10.Surface toughness of silicon nitride bioceramics: II, Comparison with commercial oxide materials

作者：Bryan J. McEntire^a ; Yuto Enomoto^b ; Wenliang Zhu^b ; Marco Boffelli^b ; Elia Marin^b ; Giuseppe Pezzotti^b ; ^{pezzotti@kit.ac.jp" class="auth_mail" title="E-mail the corresponding author}

关键词：ZTA ; Si3N4 ; Confocal Raman piezo-spectroscopy ; Surface toughness ; Toughening mechanisms ; Environmental degradation

刊名：Journal of the Mechanical Behavior of Biomedical Materials

出版年：2016

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