白应华-88858cc永利官网



88858cc永利官网·(中国)官方网站

副教授

白应华

作者:白应华    发布:2022-03-21 19:48    点击量:

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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

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

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) 1314162023,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

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