Citations (19)
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Vito Cedro, Jacob Pellicotte & Mark Render. (2022) Application of a modified hyperbolic sine creep rate equation to correlate uniaxial creep data vs. stress and temperature for creep resistant low chrome steel alloys. Materials at High Temperatures 39:4, pages 262-277.
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Wandong Hou, Xinbao Liu, Ping Fan, Lin Zhu, Kai Zhang, Kai Wang & Lin Wang. (2022) High-temperature creep life prediction of 9%Cr steel based on creep cavitation modelling. Materials at High Temperatures 39:2, pages 122-132.
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Rami Pohja, Pertti Auerkari & Pedro Vilaça. (2022) Modelling for Creep Cavitation Damage and Life of Three Metallic Materials. Materials at High Temperatures 39:1, pages 86-96.
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Kostas Davanas. (2021) EXTRAPOLATION OF SHORT TERM CREEP DATA INTO LONG TERM RUPTURE TIME PREDICTIONS VIA CAVITY NUCLEATION MEASUREMENTS. Materials at High Temperatures 38:6, pages 475-481.
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Yuandi Wu, Shenhao Feng, Joan Lu & Qiang Xu. (2021) Investigation of the design of creep damage constitutive equations for low stress level. Materials at High Temperatures 38:5, pages 391-402.
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Shenhao Feng, Yuandi Wu, Joan Lu & Qiang Xu. (2021) Investigation of modelling the minimum creep strain rate of P91 over a wide range of stress. Materials at High Temperatures 38:5, pages 376-382.
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Xuming Zheng, Xin Yang, Zhongyu Lu & Qiang Xu. (2021) The method for the determination of creep cavitation model based on cavity histogram. Materials at High Temperatures 38:5, pages 383-390.
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Kostas Davanas. (2021) The critical role of Monkman–Grant ductility in creep cavity nucleation. Materials at High Temperatures 38:1, pages 1-6.
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Vito Cedro, Jacob Pellicotte, Omer Bakshi & Mark Render. (2020) Application of a modified hyperbolic sine creep rate equation to correlate uniaxial creep rupture data of Sanicro 25 and HR6W. Materials at High Temperatures 37:6, pages 434-444.
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Xuming Zheng, Qiang Xu, Zhongyu Lu, Xue Wang & XiQiao Feng. (2020) The development of creep damage constitutive equations for high Cr steel. Materials at High Temperatures 37:2, pages 129-138.
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Kostas Davanas. (2020) Determination of creep cavity nucleation rates. Materials at High Temperatures 37:2, pages 75-80.
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Articles from other publishers (8)
Kostas Davanas. (2022) Cavity formation entropy as resolution to creep cavity nucleation. Journal of Materials Science 57:25, pages 12084-12093.
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Sama Safarloo & Siamak Serajzadeh. (2021) Cavitation During Creep Deformation in AA7075-T76: Cellular Automata Simulation and Experiments. Metallurgical and Materials Transactions A 52:9, pages 4146-4160.
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Woosung Choi & Jihoon Han. (2021) Health-Monitoring Methodology for High-Temperature Steam Pipes of Power Plants Using Real-Time Displacement Data. Applied Sciences 11:5, pages 2256.
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Smith Salifu, Dawood Desai & Schalk Kok. (2021) Numerical simulation and creep-life prediction of X20 steam piping. Materials Today: Proceedings 38, pages 893-898.
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Smith Salifu, Dawood Desai & Schalk Kok. (2020) Prediction and Comparison of Creep Behavior of X20 Steam Plant Piping Network with Different Phenomenological Creep Models. Journal of Materials Engineering and Performance 29:11, pages 7382-7395.
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Smith Salifu, Dawood Desai & Schalk Kok. (2020) Comparative evaluation of creep response of X20 and P91 steam piping networks in operation. The International Journal of Advanced Manufacturing Technology 109:7-8, pages 1987-1996.
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Qiang Xu, Jiada Tu & Zhongyu Lu. (2019) Development of the FE In-House Procedure for Creep Damage Simulation at Grain Boundary Level. Metals 9:6, pages 656.
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Kun Chen, Yewei Xu & Shenhua Song. (2019) Effect of impurity antimony on the creep behavior of 2.25Cr-1Mo heat-resistant steel. Results in Physics 13, pages 102208.
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