基本信息:
胡建英,博士,副教授,博士生导师
所属团队:道路与轨道铺面技术研究中心
东南大学九龙湖校区交通学院大楼507室
88038威尼斯的联系方式:
研究方向:
聚氨酯胶结料研发
聚氨酯混合料优化设计
聚氨酯铺装(桥面、路面)结构设计
功能性路面材料与结构设计
教育经历:
2011.08-2016.05,美国凯斯西储大学土木工程系,博士
2008.09-2011.05,东南大学材料科学与工程学院,硕士研究生
2004.09-2008.07,重庆大学材料科学与工程学院,学士
工作经历:
2022.10-至今,东南大学交通学院,副教授,博士生导师
2019.9-2022.09,东南大学交通学院,副研究员,硕士生导师
2016.05-2019.06,美国凯斯西储大学土木工程系,博士后
2019.01-2019.05,美国凯斯西储大学土木工程系,兼职讲师
科研项目(部分):
(1)热敏量子点改性沥青的温度响应光谱特性及调温机理研究,国家自然科学基金青年项目, 2021.01-2023.12。
(2)温敏量子点改性沥青的光谱特性及调温机理研究,江苏省自然科学基金青年项目, 2020.06-2022.06。
(3)冷拌冷铺高性能薄层罩面关键技术研究,福建省交通运输科技项目, 2019.09-2022.12。
(4)玄武岩细集料在沥青路面中的高值化应用研究,浙江省交通投资集团科研项目, 2021.06-2022.12。
授课:
土木工程材料(本科生)
现代道路设计-原理与方法(留学生学位课)
学术成果(近五年):
² 授权专利
(1)胡建英,李煜炜,马涛,张贤明,陈思宇,陈葱琳. 一种利用二氧化钛量子点制备抗老化改性沥青的方法及其应用. 2022.02.25, cn114085540a.
(2)胡建英,段少婵,马涛,张贤明. 一种基于生物抗冻蛋白的抑冰泡沫沥青及其制备方法. 2022.04.19, cn114369371a.
² 期刊论文
(1) jianying hu, hao liu, yuwei li, tao ma*. highly reflective and fluorescent tio2 quantum dots modified asphalt coating: engineering characterizations and microclimatic modelling. construction and building materials, 2023, 401: 132701. doi: 10.1016/j.conbuildmat.2023.132701
(2) shaochan duan, jianying hu, jingxian cui, xiaonan wu, yan chen, tao ma*, hongyu wang. eliminating the oxygen inhibition in the redox free radical polymerization of alicyclic polyurethane acrylate coatings: a study of the beneficial effect of paraffin wax. progress in organic coatings, 2023, 183: 107796.
(3) jianying hu, yuwei li, tao ma, chao zhang. characteristics of highly reflective and fluorescent tio2 quantum dots modified asphalt binder. construction and building materials, 2022, 343(4):128101.
(4) jianying hu, tao ma, teng yin, yang zhou. foamed warm mix asphalt mixture containing crumb rubber: foaming optimization and performance evaluation. journal of cleaner production, 2022, 333(19):130085.
(5) jianying hu, tao ma, kang ma, jian xu. three-dimensional discrete element simulation on degradation of air voids in double-layer porous asphalt pavement under traffic loading. construction and building materials, 2021, 313(4):125570.
(6) jianying hu, tao ma, yuhao zhu, xiaoming huang, jian xu. a feasibility study exploring limestone in porous asphalt concrete: performance evaluation and superpave compaction characteristics. construction and building materials,2021, 279(1):122457.
(7) jianying hu, tao ma, kang ma. dem-cfd simulation on clogging and degradation of air voids in double-layer porous asphalt pavement under rainfall. journal of hydrology,2021,595(4):126028.
(8) jianying hu, tao ma, yuhao zhu, xiaoming huang, jian xu, libiao chen. high-viscosity modified asphalt mixtures for double-layer porous asphalt pavement: design optimization and evaluation metrics. construction and building materials, 2021, 271(18):121893.
(9) jianying hu, xiong yu. adaptive building roof by coupling thermochromic material and phase change material: energy performance under different climate conditions. construction and building materials,2020, 262(3): 120481.
(10)jianying hu, liqun zhang, xijin zhang, yuan guo, xiong yu. comparative evaluation of moisture susceptibility of modified/foamed asphalt binders combined with different types of aggregates using surface free energy approach. construction and building materials, 2020, 256(10): 119429.
(11)jianying hu, xiong yu.adaptive greenhouse with thermochromic material: performance evaluation in cold regions. journal of energy engineering, 2020, 146(4): 04020032.
(12)jianying hu, xiong yu.performance evaluation of solar-responsive asphalt mixture with thermochromic materials and nano-tio2 scatterers. construction and building materials, 2020, 247(7): 118605.
(13)jianying hu, xiong (bill) yu. electromagnetic simulation on optical performance of thermochromic film: influences of particle size, shape, concentration, and film substrate. optik, 2020, 206: 164307.
(14)jianying hu, xiong (bill) yu. simulation of optical properties of thermochromic film: influences of particle configuration and geometry. optik, 2020, 202: 163635.
(15)jianying hu, xiong (bill) yu. thermo and light-responsive building envelope: energy analysis under different climate conditions. solar energy, 2019. 193: 866-877.