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Materials at High Temperatures

IF0.9
论文数31
被引数1335
期刊论文 31
发表时间
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Failure analysis of high-temperature brittle fracture in double-acting slide valve guide rail connecting studs高温脆性断裂在双作用滑阀导轨连接螺栓中的失效分析
deleteMaterials at High Temperatures
IF0.9
delete2026-07-04
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PREAI
deleteYang, Bin; Yang, Lin; Zhao, Yanling; Xiong, Feng; Xu, GuoQiang; Zhang, Qian
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Effectiveness of the methods in predicting long-term creep rupture life of materials: a critical analysis (vol 42, pg 370, 2025)预测材料长期蠕变断裂寿命的方法有效性：一项批判性分析（卷42，页370，2025）
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteKun, Z.; Jian-Ping, T.; Shan-Tung, T.
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Fundamental creep modelling of HR3C steel integrating first-principles and thermodynamic calculation (vol 42, pg 345, 2025)HR3C钢的基础蠕变建模：整合第一性原理与热力学计算（卷42，页345，2025）
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteHe, J. J.; Zhang, J.; Sandstrom, R.; Korzhavyi, P. A.
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A modified creep life prediction method based on nanoindentation characterization for P92 steel基于纳米压痕表征的P92钢蠕变寿命预测改进方法
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteYu, T.; Wang, Z.; Gao, Z.; Cai, Z.; Jin, W.; Li, Y.; Zheng, J.; Zheng, Z.; Song, Y.
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Effectiveness of the methods in predicting long-term creep rupture life of materials: a critical analysis (vol 42, pg 370, 2025)材料长期蠕变断裂寿命预测方法的有效性：一项批判性分析（卷42，页370，2025）
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteKun, Z.; Jian-Ping, T.; Shan-Tung, T.
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Creep fracture behaviour investigation and life prediction of the Inconel 625 diffusion bonded joint with lower bonding temperature-high strength manufacturing technology (vol 42, pg 316, 2025)Inconel 625扩散焊接头的蠕变断裂行为研究及基于低温-高强度制造技术的寿命预测（第42卷，第316页，2025年）
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteZhang, Y. C.; Ren, L.; Jiang, W.; Tu, S. T.
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A modified creep life prediction method based on nanoindentation characterization for P92 steel基于纳米压痕表征的P92钢蠕变寿命预测方法改进
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteYu, T.; Wang, Z.; Gao, Z.; Cai, Z.; Jin, W.; Li, Y.; Zheng, J.; Zheng, Z.; Song, Y.
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Fundamental creep modelling of HR3C steel integrating first-principles and thermodynamic calculation (vol 42, pg 345, 2025)HR3C钢的基本蠕变建模：整合第一性原理和热力学计算（卷42，页345，2025）
deleteMaterials at High Temperatures
IF0.9
delete2026-03-04
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PREAI
deleteHe, J. J.; Zhang, J.; Sandstrom, R.; Korzhavyi, P. A.
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Creep fracture behaviour investigation and life prediction of the Inconel 625 diffusion bonded joint with lower bonding temperature-high strength manufacturing technology (vol 42, pg 316, 2025)Inconel 625 扩散焊缝在低温-高强度制造技术下的蠕变断裂行为研究及寿命预测 (vol 42, pg 316, 2025)
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delete2026-03-04
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deleteZhang, Y. C.; Ren, L.; Jiang, W.; Tu, S. T.
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A deep learning-based digital twin system for creep behaviour of metallic alloys基于深度学习的金属合金蠕变行为数字孪生系统
deleteMaterials at High Temperatures
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delete2026-03-01
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deleteZhao, Peng; Liu, Yang; Zhang, Jianrui; Zhang, Huyong; Xuan, Fu-Zhen
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High-temperature viscoelastic-viscoplastic deformation of 316 stainless steel316不锈钢的高温粘弹性-粘塑性变形
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deleteSithole, K.; Lavie, W.; Engel, B.; Rouse, J. P.; Hyde, C. . J.
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Key metallurgy for long-term creep strength, rupture ductility and steam oxidation of Gr.92 steelGr.92钢长期蠕变强度、断裂韧性和蒸汽氧化的关键冶金学
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delete2026-02-01
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deleteAbe, Fujio; Chang, Hai; Yagi, Koichi; Lu, Yonghao
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Bridging legacy and innovation: mechanism-resolved reform of creep damage equations of high-Cr steels in long-term service连接传统与创新：高铬钢长期服役蠕变损伤方程的机理解析改革
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deleteXu, Qiang; Lu, Zhongyu
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Assessment of microstructure and mechanical properties of 316LN stainless steel exposed to static sodium at 873 K静态钠暴露下316LN不锈钢的微观结构和力学性能评估
deleteMaterials at High Temperatures
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deleteShanmugavel, M.; Das, C. R.; Chakraborty, Gopa; Mariappan, K.; Kolhatkar, Ashish; Ramaseshan, R.; Prasanti, T. N.; Sudha, C.; Chandramouli, S.
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Thermodynamic consistency-based modelling of creep kinematic hardening and damage behavior基于热力学一致性对蠕变运动硬化与损伤行为的建模
deleteMaterials at High Temperatures
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delete2026-01-01
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deleteMeng, Li; Chen, Wufan; Shao, Lintao; Ding, Menglong; Xu, Zhaoyang
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Creep-fatigue interaction properties of heavy-duty gas turbine disc steel independently developed in China中国独立开发的重型燃气轮机盘用钢的蠕变-疲劳交互作用特性
deleteMaterials at High Temperatures
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delete2025-12-01
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deleteZhang, Tianyu; Zhang, Jingwei; Gao, Letian; Wang, Xiaowei; Zhao, Yuchen; Xu, Chao; Zhang, Xiancheng; Gong, Jianming; Tu, Shantung
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A modified creep life prediction method based on nanoindentation characterisation for P92 steel
deleteMATERIALS AT HIGH TEMPERATURES
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delete2025-11-01
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deleteYu, Ting; Wang, Zhiqiang; Gao, Zengliang; Cai, Zhihui; Jin, Weiya; Li, Yuebing; Zheng, Jianbao; Zheng, Zhongrui; Song, Yuxuan
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Coupled DRX and SRX-induced gradient microstructure in thermally compressed double-frustum specimens热压缩双截锥试样中由耦合的DRX和SRX诱发的梯度微观结构
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delete2025-11-01
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deleteLiu, Tian; Sun, Haotian; Si, Mingda; Yu, Hui; Ding, Hengnan; Luo, Rui
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Effectiveness of the methods in predicting long-term creep rupture life of materials: a critical analysis方法在预测材料长期蠕变断裂寿命中的有效性：一项批判性分析
deleteMATERIALS AT HIGH TEMPERATURES
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delete2025-11-01
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PREAI
deleteKun, Zhang; Jian-Ping, Tan; Shan-Tung, Tu
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Fundamental creep modelling of HR3C steel integrating first-principles and thermodynamic calculations
deleteMATERIALS AT HIGH TEMPERATURES
IF0.9
delete2025-11-01
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PREAI
deleteHe, Jun-Jing; Zhang, Jing; Sandstrom, Rolf; Korzhavyi, Pavel A.
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