刘俊志 - 北京师范大学 - 国家安全与应急管理学院

个人简介

教育背景香港理工大学The Hong Kong Polytechnic University，结构工程专业（QS: 2020-2024年均排名全球前15），博士学位导师: Tak-Ming Chan教授（目前就职香港大学）, Ben Young教授荷兰代尔夫特理工大学 Delft University of Technology 结构工程专业，(QS: 2020-2024年均排名全球前5)，硕士学位，导师：Frans. S.K. Bijlaard教授, J. Wardenier教授中国海洋大学（2009.09 – 2013.06），土木工程专业，学士学位工作经历 2024.07 – now Beijing Normal University, Associate Professor 北京师范大学，副高（长聘） 2022.07 – 2024.07 Beijing Normal University, Lecturer 北京师范大学，讲师 2022.07 – 2022.11 The Hong Kong Polytechnic University, Post-doctoral Fellow 香港理工大学，博士后 (合作导师：Tak-Ming Chan；Ben Young) 2016.09 – 2019.09 Beijing Institute of Technology（Zhuhai campus）, Lecturer 北京理工大学珠海学院，讲师科研项目 (Research Projects) 国家自然科学基金青年科学基金项目：“考虑焊接热循环及冷弯效应的Q690高强钢六边形管相贯节点承载性能研究”， 30万, 主持。广东省教育厅普通高校青年创新人才项目：“考虑焊接热循环软化与冷弯强化耦合作用的高强钢圆端型椭圆管轴压性能分析与承载力设计”，10万，主持。北京师范大学人才引进科研启动项目，20万，主持。香港RGC研究基金（152189/18E）：“高强钢冷弯多边形管截面短柱的试验机数值分析研究”，63万港币，参与, 香港RGC研究基金（15249216）：“八边形高强钢混凝土组合柱的试验和数值研究”，67万港币，参与。香港建造业协会CIC研究基金（CICR/02/15）：“多边形高强混凝土填充组合柱的抗震应用”，141万港币，参与。香港RGC研究基金（15217119）：“高强钢多边形局部屈曲与残余应力”，65万港币，参与。北京理工大学珠海学院校科研基金 (XK-2016-13)：“螺旋焊缝钢管成型残余应力及初始几何缺陷对抗弯性能的影响” , 3万，主持。广东省重点平台和重大科研项目（2016KTSCX171）：建筑钢结构残余应力超声无损检测与原位调控技术的应用研究，参与。

研究领域

方向一：海洋重要基础设施防灾与全寿命可靠度设计方向二：高性能结构助力国家“双碳”目标，实现循环经济（circular economy）方向三：城市韧性智能防灾机理与应急技术方向四：模块化结构(MIC) and 3d打印与数字孪生(digital twin)

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

Publications (论文与著作) J.-z Liu, S. Chen, T.-M. Chan, Testing, numerical modelling and design of Q690 high-strength steel welded T-section stub columns, Engineering Structures. 259 (2022) 114142. JCR 1区，影响因子：5.582. SCI (结构工程top期刊) J.-z. Liu, H. Fang, T.M. Chan, Experimental investigation on material properties and residual stresses in cold-formed high strength steel irregular octagonal hollow sections, Journal of Construction Steel Research. 191 (2022) 107170. JCR 1区，影响因子：4.349. SCI J.-z. Liu, H. Fang, S. Chen, T.-M. Chan, Material properties and residual stresses of high strength steel hexagonal hollow sections, Journal of Construction Steel Research. 190 (2022) 107061. JCR 1区，影响因子：4.349. SCI J.-z. Liu, H. Fang, T.M. Chan, Investigations on material properties and residual stresses in cold-formed high strength steel irregular hexagonal hollow sections, Thin-Walled Structures. 175 (2022) 109220. JCR 1区，影响因子：5.881. SCI (结构工程top期刊) J-z. Liu, S. Chen, T.-M. Chan, Experimental and numerical investigations of hybrid high-strength steel welded Tsection stub columns with Q690 flange and Q460 web, Thin-Walled Structures. 177 (2022) 109403. JCR 1区，影响因子：5.881. SCI (结构工程top期刊) J-z. Liu, S. Chen, T.-M. Chan, Experimental investigations on material properties and stub column behaviour of high strength steel irregular hexagonal hollow sections, Journal of Constructional Steel Research. 195 (2022) 107343. JCR 1区，影响因子：4.349. SCI J-z. Liu, H. Fang, T.-M. Chan, Experimental and numerical investigations on stub column behaviour of cold-formed high strength steel irregular octagonal hollow sections, Thin-Walled Structures. (2022). 109770. JCR 1区，影响因子：5.881. SCI (结构工程top期刊) J-z. Liu, H. Fang, T.-M. Chan, Structural behaviour of high strength steel hexagonal hollow section stub columns under axial compression, Engineering Structures. (2022)114653. JCR 1区，影响因子：5.582. SCI (结构工程top期刊) J-z. Liu, T.-M. Chan, Ben Young, Local buckling of cold-formed high strength steel irregular hexagonal hollow section stub columns under combined compression and bending, Advances in Structural Engineering. (2022) JCR 3区，影响因子：2.438. SCI J-z. Liu, S. Chen, T.-M. Chan, Hybrid welded T-section stub columns with Q690 flange and Q355 web: Testing, modelling and design, Engineering Structures. 274(2022)115142. JCR 1区，影响因子：5.582. SCI (结构工程top期刊) J.-z. Liu, H. Fang, T.M. Chan, Local buckling of cold-formed high strength steel irregular hexagonal hollow section stub columns under concentric compression: Numerical modelling and design. (2022). Thin-Walled Structures. (2022). JCR 1区，影响因子：5.881. SCI (结构工程top期刊) S. Chen, H. Fang, J-z. Liu, T.-M. Chan, Design for local buckling behaviour of welded high strength steel I-sections under bending. Thin-Walled Structures. 172 (2022) 108792. JCR 1区，影响因子：5.881. SCI (结构工程top期刊) S. Chen, J-z. Liu, T.-M. Chan, Experimental investigations into the local buckling and post-buckling behaviour of hybrid I-section stub columns with slender web under compression, Thin-Walled Structures. (2023). JCR 1区，影响因子：5.881. SCI (结构工程top期刊) S. Chen, J-z. Liu, T.-M. Chan, Material properties and residual stresses of the welded high strength steel and hybrid I-sections, Engineering Structures. (2023) 115293 JCR 1区，影响因子：5.582. SCI (结构工程top期刊) S. Chen, J-z. Liu, T.-M. Chan, Numerical investigation on the local buckling behaviour of high strength steel and hybrid I-sections. Engineering Structures (2023). JCR 1区，影响因子：5.582. SCI (结构工程top期刊) S. Chen, J-z. Liu, T.-M. Chan, Experimental and numerical investigations into high strength steel and hybrid I-sections under uniform moment. Engineering Structures (2023). JCR 1区，影响因子：5.582. SCI (结构工程top期刊) S. Chen, J-z. Liu, T.-M. Chan. Experimental and numerical investigations into high strength steel and hybrid I-sections under moment gradient. Engineering Structures. (2023). JCR 1区，影响因子：5.582. SCI (结构工程top期刊) 刘俊志，马兆芳，罗云耀，薄壁焊缝SAWH钢管局部屈曲与受弯承载力，土木工程与管理学报，2018.(35).161-169. 北大中文核心检索. 刘俊志，刘权，罗云耀，超1 m直径薄壁钢管抗弯极限承载力与局部屈曲破坏机理研究，钢结构，2018.(33).58-64. 北大中文核心检索. Conferences and reports (会议与报告) J-z. Liu, H. Fang, T-M. Chan, Cross-sectional behaviour of cold-formed high strength steel irregular hexagonal hollow section stub columns. CNERC Annual Technical Symposium 2022, 26 August 2022, Hong Kong. J-z. Liu, H. Fang, T-M. Chan, Cross-sectional behaviour of cold-formed high strength steel irregular octagonal hollow sections. The Tenth International Conference on Advances in Steel Structures. ICASS 2020, Chengdu. SCI收录 J-z. Liu, Q. Liu, Y. Feng, Structural behavior of self-drilling screws applied in steel structures of prefabricated buildings. IOP conference series: earth and environmental science. 267 (2019) 052030. Guangzhou. EI收录 Q. Liu, J-z. Liu, “People, Land, and Money” Collaborative Flow System of a New Urbanization Construction: New Thinking Based on the Supply-Side Structural Reform. ICCREM 2017” Real Estate and Urbanization-proceedings of the International Conference on Construction and Real Estate Management 2017 (131861). 306-317, Guangzhou. EI收录