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王眺博士2014由东京大学推荐，获日本文部省全额奖学金，赴日本东京大学攻读博士学位，在国际著名混凝土学者前川宏一教授和石田哲也教授的联合指导下，三年后获博士学位，随后任博士后研究员，2019年任东京大学特任助理教授，讲授研究生课程“水泥化学与表征技术”，并开展掺合料混凝土的水化机理与性能模拟工作，主要包括：(1) 掺合料（SCMs）的材料物理化学特性表征与掺合料在水泥体系中的火山灰反应机理；(2)水泥基的微观结构与水分和有害物质的传输过程；(3)混凝土结构的复杂环境合作耦合作用下的劣化机理的研究与多尺度模拟;(4) 混凝土结构全寿命可靠度分析。近五年，王眺博士已主持项目5项；分担项目4项，其中包括科技部中日国际科技创新合作重点专项。王眺博士在上述领域取得了一系列成果，发表学术论文13篇，包括Cement and Concrete Research和Construction and Building materials等，2020年获日本土木协会吉田研究奖，入选上海高层次人才计划。
（1） 大掺量复合掺合料混凝土水化机理和微观结构演化机制研究
（2） Reliability assessment of reinforced concrete structure consideringcoupled effect of external load and rebar corrosion (Japan Concrete Institute)，Apr. 2022-Mar. 2023
（3） Characterising and modelling chloride absorption and desorption ofcarbonated C-(A)-S-H gel (Japan Cement Association)，Apr. 2022-Mar. 2023
（4） Reliability analysis and life-cycle cost optimization of repairing strategyof cracked concrete structures exposed to chloride attack (The TaiseiFoundation), Apr. 2020-Mar. 2022
（5） Characterising and modelling chloride absorption and desorption ofC-(A)-S-H gel (Japan cement association), Apr. 2020-Mar. 2022
（6） Characterising and modelling the chloride resistance ofblended-cement concrete by considering the effect of supplementary elementsfrom glass (Japan Society for the Promotion of Science), Apr. 2019-Mar. 2021
1. T. Wang*, C.H Li, J.J Zheng, J. Hackl, Y. Luan, T.Ishida, S. Medepalli “Consideration of coupling of crack development andcorrosion in assessing the reliability of reinforced concrete beams subjectedto bending”, Reliability Engineering & System Safety, 2023
2. T. Wang, J.J Zheng, J.G. Dai* “Analysis oftime-dependent chloride diffusion in surface-treated concrete based on a rapidnumerical approach”, Structure and Infrastructure Engineering. 2021 P. 1-13.
3. T. Wang*, T. Ishida, R. Gu, Y. Luan “Experimental investigationof pozzolanic reaction and curing temperature-dependence of low-calcium fly ashin cement system and Ca-Si-Al element distribution of fly ash-cement paste”,Construction and Building Materials. 267 2021, P. 121012
4. T. Wang, T. Ishida*, R. Gu, “A study of the influenceof crystal component on the reactivity of low-calcium fly ash in alkalineconditions based on SEM-EDS”, Construction and Building Materials, 243(20)2020, P. 118227
5. T. Wang, T. Ishida* “Multiphase pozzolanic reactionmodel of low-calcium fly ash in cement systems”, Cement and Concrete Research.Vol. 122 2019, P. 274-287
6. T. Wang, T. Ishida*, R. Gu, “A comparison of thespecific surface area of fly ash measured by image analysis with conventionalmethods”, Construction and Building Materials. 190(30) 2018, P. 1163-1172.
7. T. Ishida*, T. Wang, “Future of Multiscale Modellingof Concrete - toward a Full Integration of Cement Chemistry and ConcreteStructural Engineering”, RILEM Technical Letters. 3 (2018), P. 17-24.
8. T. Wang, J.G. Dai*, J.J. Zheng. “Multi-angle trussmodel for predicting the shear deformation of RC beams with low span-effectivedepth ratios”, Engineering Structures. Vol. 91 2015, P. 85-95.
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