研究领域
油气安全、管道与储罐完整性、管线力学
科研项目
[1] 城镇油气管道安全完整性管理技术方法研究，国家科技支撑计划项目，2015-2017 [1]
[2] 复杂载荷下含缺陷管道的应力分析方法研究与应用，油气重大专项子课题，2016-2019 [1]
[3] 集输管道剩余强度评价技术研究，油气重大专项子课题，2011-2015 [1]
[4] 杭州湾和册镇海底输油管道安全运行技术，中石化，2012-2014 [1]
[5] 大型储罐完整性管理技术，中石化，2015-2017 [1]
[6] Research Service on integrity management of pipeline from agadem to zinder refinery，国际合作项目，2014-2015 [1]
[7] 基于检测的储罐安全现状评价方法研究，中海油，2016-2016 [1]
[8] 管道完整性管理与原油储罐超期运行评价方法研究，中石化，2007-2009 [1]
[9] 在役管道完整性管理研究，中石化，2011-2012 [1]
Publications
[1] Jian Shuai,Shengwen Tu,Junqiang Wang. Determining critical CTOA from energy-load curves with DWTT specimen. Engineering Fracture Mechanics.Volume 186,December 2017, Pages 47-58.SCI
[2] Ke Shan, Shuai, Jian Shuai, Kui Xu, Wei Zheng.Failure probability assessment of gas transmission pipelines based on historical failure-related data and modification factors. Journal of Natural Gas Science and Engineering, 2018, 52: 356-366. SCI
[3] Yi Shuai,Jian Shuai, Kui Xu. Probabilistic analysis of corroded pipelines based on a new failure pressure model. Engineering Failure Analysis 81 (2017) 216–233. SCI
[4] Lei Shi,Jian Shuai,Xiaolin Wang,Kui Xu. Experimental and numerical investigation of stress in a large-scale steel tank with a floating roof. Thin-Walled Structures117 (2017) 25–34.SCI
[5] Wei Zheng, Jian Shuai, Ke Shan. The energy source based job safety analysis and application in the project. Safety Science. Volume 93, March 2017, Pages 9–15. SCI
[6] Lingzhen Kong, Jian Shuai, Xiayi Zhou, Yuh J. Chao, Kejiang Han. A Universal Method for Acquiring the Constitutive Behaviors of API -5 L X90 Welds. Experimental Mechanics. 2016（56）:165-176. SCI
[7] Yan Di, Jian Shuai, Junqiang Wang, Shengwen Tu. A new specimen for high-grade pipeline steels CTOA test，Engineering Fracture Mechanics, Volume 148, November 2015, 203-212. SCI
[8] Yan Di，Jian Shuai，Yan Li，Dexu Liu，Experimental and Numerical Study of Locally Reinforced Pipelines，Journal of Failure Analysis and Prevention，2015，15:641–650. EI
[9] Lei Shi, Jian Shuai, Kui Xu. Fuzzy fault tree assessment based on improved AHP for fire and explosion accidents for steel oil storage tanks, Journal of Hazardous Materials 278, (2014) 529–538. SCI