Crack growth behavior, fracture mechanism, and microstructural evolution of G115 steel under creep–fatigue loading conditions-Reference-Cited by-同舟云学术

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Crack growth behavior, fracture mechanism, and microstructural evolution of G115 steel under creep–fatigue loading conditions

Published:2019-10 Issue: Volume:161-162 Page:105037
ISSN:0020-7403
Container-title:International Journal of Mechanical Sciences
language:en
Short-container-title:International Journal of Mechanical Sciences

Author:

Tang Zhengxin,Jing Hongyang,Xu Lianyong,Chi Dazhao,Zhao Lei,Han Yongdian,Xiao Bo,Zhang Yu,Li Haizhou,Wu Dongquan

Funder

National Natural Science Foundation of China

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,Condensed Matter Physics,General Materials Science,Civil and Structural Engineering

Reference54 articles.

1. ASTM round-robin on creep-fatigue and creep behavior of p91 steel;Kalyanasundaram;J ASTM Int,2011

2. Crack growth behavior of 9Cr-1Mo (P91) steel under creep–fatigue conditions;Narasimhachary;Int J Fatigue,2013

3. Creep fatigue crack growth and fracture mechanisms of T/P91 power plant steel;Bassi;Mater High Temp,2015

4. Finite element simulation of creep-fatigue crack growth behavior for P91 steel at 625°C considering creep-fatigue interaction;Jing;Int J Fatigue,2017

5. Predicting failure modes in creep and creep-fatigue crack growth using a random grain/grain boundary idealised microstructure meshing system;Zhao;Mater Sci Eng A,2017

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2. Insights on microstructure evolution of austenite welded joints subjected to creep-fatigue loading;Journal of Materials Research and Technology;2024-05

3. Comparison in microstructure, mechanical properties, and fatigue behavior of 9Cr3W3Co turbine rotor steel and its welded joint;Fatigue & Fracture of Engineering Materials & Structures;2024-04-14

4. High/very-high fatigue properties and microstructure evolutions of 9Cr3W3Co turbine rotor steel at room temperature and 650 °C;Materials Science and Engineering: A;2023-10

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