学习经历
1991.9-1994.6 湖北省武昌实验中学 高中
1994.9-1998.6 武汉工业大学土木工程与建筑学院 工学学士
2000.9-2003.6 88858cc永利官网土木工程与建筑学院 工学硕士
工作经历
1998.07-88858cc永利官网助教、讲师、副教授
研究方向
结构工程(新型混凝土材料与结构、工程结构检测鉴定与加固)
桥梁工程(桥梁健康监控监测)
研究课题(近3年)
(一)近年主持/参与纵向研究项目
1、考虑边坡灾害的矿山环境恢复人地系统耦合机理及模拟(42071264),国家自然科学基金项目,排名2,2021-2024
2、多孔自保温硫铝酸盐水泥混凝土设计与应用技术研究(硅酸盐建筑材料国家重点实验室(武汉理工大学)2019年度开放基金,NO. SYSJJ2019-22),主持,2019年
3、环境荷载作用下输电塔线体系灾变效应研究,湖北省教育厅项目(B2019045) 主持2019
(二)近年主持横向研究项目
1、一种碱激发胶凝材料及其制备方法等三项专利专利权转让,主持,2023年
2、关东街道房屋检测鉴定技术服务,主持,2022年
3、省工建老旧小房屋安全鉴定,主持,2022年
4、武湖街道还建房小区房屋安全鉴定,主持,2021年
5、湖北省疾控中心房屋安全检测鉴定,主持,2021年
6、仙桃服装厂房屋安全检测鉴定,主持,2020年
7、郑万铁路白洛河双线大桥施工监控计算,主持,2020年
授权发明专利
1、白应华等,一种混凝土浇筑试样脱模方法(发明专利ZL2020 1 0330268.7)
2、白应华等,一种碱激发胶凝材料及其制备方法(发明专利ZL2019 1 1283270.7)
3、白应华等,一种自保温体系泡沫混凝土及其制备方法
(发明专利ZL2019 1 1283273.0)
4、白应华等,一种砂浆凝结时间自动测定仪及测时方法
(发明专利ZL2019 1 1208058.1)
公开发表SCI论文(第一作者&通信作者)
1、Ying-hua Bai* etc,Innovative multifunctional foamed concretemade from rice husk ash: thermal insulationand electromagnetic wave absorption,journal of materials science(2024,中科院3区)
2、Ying-hua Bai* etc,Alkali-activated Rice Husk Ash-Foamed composite: Correlation between Pore Structure, Hydration and Hardening Properties,International Journal of Applied Ceramic Technology(2024,中科院3区)
3、Ying-hua Bai* etc,Preparation of coal gangue foam concrete modified by nanomaterials: physical properties, pore structure, and electromagnetic properties,Case Studies in Construction Materials(2024,中科院2区)
4、Ying-hua Bai* etc,Mn–Zn ferrite foam concrete: Enhanced electromagnetic wave absorption and pore structure by incorporating carbon fibers,Ceramics International(2024,中科院1区top期刊)
5、Ying-hua Bai* etc,Research on the interfacial bonding performance of novelcomposite L-shaped concrete-filled steel tubes,Struct Design Tall Spec Build(2024,中科院3区)
6、Ying-hua Bai* etc,Graphite-enhanced foam cement-based materials: Mechanical properties,pore structure and electromagnetic wave absorption performance,Materials Today Communications(2024,中科院3区)
7、Ying-hua Bai* etc,Electromagnetic wave absorption value of iron-rich steel slag forapplication in foam concrete,Materials Letters(2024,中科院3区)
8、Ying-hua Bai* etc,Preparation of a novel foamed concrete modified with carbon fiberand graphite: Mechanical, electro-magnetic and microstructural characteristics based on X-CT,Heliyon(2024,中科院3区)
9、Ying-hua Bai etc,Foamed concrete composites: Mn–Zn ferrite/carbon fiber synergy enhanceselectromagnetic wave absorption performance,Ceramics International(2023,中科院1区top期刊)
10、Ying-hua Bai* etc,Experimental study and numerical simulation on the bonding properties ofrubber concrete and deformed steel bar,Construction and Building Materials 383(2023) 131416(2023,中科院1区top期刊)
11、Ying-hua Bai* etc,Preparation of nano-carbon black and silica fume modified foam concrete: Compressive strength, pore structure and electromagnetic property,Construction and Building Materials 369 (2023) 130553(中科院1区top期刊)
12、Ying-hua Bai* etc,Experimental study and numerical analysis of the interfacial bonding performance of T-shaped concrete-filled steel tubes,Struct Design Tall Spec Build.2023(中科院3区)
13、Ying-hua Bai* etc,Mechanical Properties and Electromagnetic Absorption Characteristics of FoamCement-basedAbsorbing Materials,Construction and Building Materials 330 (2022) 127221(中科院1区top期刊)
14、Ying-hua Bai etc,Meshless Numerical Simulation of Singular Fields at Crack Tips of Branched Crack , International Journal Of Computational Methods ,Vol. 18, No. 7 ,2021(中科院3区)
15、Ying-hua Baietc,Research on electrically conductive concrete with double-layered stainless steel fibers for pavement deicing,ACI Materials Journal,Vol.114,NO.6,2017,:935-943。(中科院3区)
16、Ying-hua Bai*etc,Experimental study of carbonization resistance of alkali-activated slag concrete,ACI Materials Journal.Vol.116,NO.3,2019,:95-104(中科院3区)
17、Ying-hua Baietc,Effects of vinyl acetate-ethylene emulsion on setting time and mechanical properties of alkali-activated cementitious materials,ACI Materials Journal.ACI Materials Journal.Vol.117,NO.1,2020,:187-195(中科院3区)
公开发表北大中文核心论文(略)
科研获奖情况
“天兴洲大桥北叉桥下部结构力学特性和施工关键技术及其仿真研究”获2008年湖北省科技进步二等奖(2008J-251-2-063-034-R08)
联系方式
(EMAIL) yhbai750608@163.com