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河南工业大学土木工程学院(建筑学院)
地址:中国河南省郑州市高新区莲花街100号 
邮编:450001
Tel:0371--67758678
E-mail:tgb@haut.edu.cn

冯永

添加时间:2026-01-22 16:58:58 点击数:

冯永,19842月生,江苏徐州人,博士,教授,博导,河南省高校青年骨干教师,河南工业大学地下结构与绿色混凝土团队负责人,国家注册土木工程师(岩土、水利水电),科技部项目及奖励评审、国家自然科学基金、教育部硕博学位论文函评专家,河南省工程系列高级职称评委、河南省公务员及事业单位招聘、省危大工程、地质灾害、综合评标、郑州市绿色建筑等专家库成员。

(一)教育经历:

(1) 2004-09 2009-06, 中国地质大学(武汉), 岩土工程, 博士 (硕博连读)

(2) 2000-09 2004-06, 中国地质大学(武汉), 水文与水资源工程, 学士

(二)科研与学术工作经历

(1) 2019-06 , 河南工业大学, 土木工程(建筑)学院, 教授

(2) 2011-12 2019-06, 河南工业大学, 土木工程(建筑)学院, 副教授

(3) 2009-07 2011-12, 河南工业大学, 土木工程(建筑)学院, 讲师

(三)主持或参加科研项目情况

[1]国家自然科学基金,51708182 筒仓卸粮成拱及其对仓壁超压作用的动态演进机制研究, 2018.1-2020.1224万,结题,主持

[2]河南省粮油仓储建筑与安全重点实验室开放课题资助,2023KF01, 粮食呼吸作用对仓壁劣化机理的多尺度耦合分析及其评价与调控方法, 2023.11-2025.125万,结题,主持

[3]国家自然科学基金,52578399,水位波动下倒锥形仓底地下粮仓-土相互作用机理及仓体稳定性分析方法, 2026.1-2029.1250万,在研,第二。

[4]中国地下节能储粮环境区划研究,2011BAD03B0012-5科技支撑项目子任务,2011.1-2014.12 22万,结题,主持

[5]郑州市科技局自然科学项目, 21ZZXTCX09 EVA增强EPS混凝土微观机理及其工程应用研究, 2022.1-今,10万元,在研,主持

[6]河南省属高校科研项目, 2020ZKCJ21 反复荷载下淤泥轻量土的细观界面破坏及损伤演化机理研究 2021.1-今,20万元,结题,主持

[7]河南省青年骨干教师资助计划, 2019GGJS087 基于细观结构变化的淤泥轻量土变形机理及固结模型研究,2020.1-今,6万元,结题,主持

[8]河南省教育厅基础研究项目,16B560002,多因素耦合作用下的仓内粮食结拱及塌陷模式研究, 2016.1-2018.122万,结题,主持

[9]科技部粮食公益性项目,201413007,生态储粮新仓型及技术体系研究与开发, 2014.1-2017.12350万,结题,参加

[10]科技部粮食公益性项目,201411003,适于粮堆环境专用压力传感器的研制,2014.1-2016.12300万,结题,参加

另有在研横向课题4项。

(四)相关期刊论文

[1]Yong Feng, Junhao Cai Hongliang JiangComparative study on the enhancement of interfacial strength in carbon fiber reinforced concrete modified by ethylene-vinyl acetate copolymer and silane coupling agentJournal of Sustainable Cement-Based Materials2026SCI期刊收录,JCR1区)

[2]Junhao CaiYong Feng, Hongliang JiangMechanism of combined nano-silica and polyvinylpyrrolidone modification on the mechanical and interfacial properties of carbon fiber reinforced concrete: A molecular dynamics study Construction and Building Materials2026(中科院TOP期刊,JCR1区)

[3]Yong Feng, Junhao CaiHongliang Jiang& Sharafat AliMultiscale simulation and macroscopic mechanical properties of carbon fiber concrete enhanced with styrene-acrylic emulsionArchives of Civil and Mechanical Engineering2026SCI期刊收录,JCR1区)

[4]Yong Feng, Hongliang Jiang & Sharafat AliDouble reinforcement study of mechanical properties of carbon fiber reinforced concrete by waterborne epoxy resinConstruction and Building Materials2025(中科院TOP期刊,JCR1区)

[5]Yong Feng, Longteng Lv, Hongliang JiangMultiscale experimental and simulation analysis on the synergistic modification mechanism of nano-SiO₂/EVA at the recycled concrete interfaceComposite Interfaces2025SCI期刊收录,JCR1区)

[6] Hongliang Jiang, Yong FengMulti‑scale investigation of interfacial enhancement in KH560‑modified carbon fiber reinforced concreteMaterials and Structures2025SCI期刊收录,JCR2区)

[7]Yong Feng , Qian Wang, , Xiaochen YangStudy on micro-mechanical properties of EVA modified rubber-cementitious materials based on molecular dynamics simulation Construction and Building Materials2024(中科院TOP期刊,JCR1区)

[8]Yong Feng, Weijian Wang, Siqi WangMultiscale analysis of recycled coarse aggregate concrete under the synergistic action of KH560 and PVA fibers Construction and Building Materials2024(中科院TOP期刊,JCR1区)

[9]Yong Feng , Wang Chen , Lijuan Li , Zehua Li , Jingjie FengMultiscale analysis and application of modified PVA fiber reinforced rubber concrete in frame structures,Structures2024SCI期刊收录,JCR1区)

[10]Yong Feng, Weijian Wang, Siqi WangPVA fiber/cement-based interface in silane coupler KH560 reinforced high performance concrete – Experimental and molecular dynamics study Construction and Building Materials2023(中科院TOP期刊,JCR1区)

[11]Yong Feng, Jingjie Feng, Wang Chen, Chen Zhao and Zehua Li. Multi-scale analysis of Styrene butadiene latex modified PVA fiber concrete. Journal of Thermoplastic Composite Materials2023 (SCI期刊收录,JCR2)

[12]Yong Feng, Zijuan Niu, Chen Zhao and Lijuan Li. Compressive Test Investigation and Numerical Simulation of Polyvinyl-Alcohol (PVA)-Fiber-Reinforced Rubber Concrete. Buildings2023( SCI期刊收录,JCR2)

[13].Feng Yong, Wang Qian, Li Lijuan, et al. Multiscale analysis of silane coupling agent modified rubber-fiber concrete interfaces. Materials Today Communications2023 (SCI期刊收录,JCR2)

[14]Yong Feng, Qin Dajing, Zhao Chen, Li Yuan. Multiscale Enhancement Mechanisms of EVA on EPS-Cement Composites. Journal of materials in civil engineering2023(SCI期刊收录,JCR2)

[15]Feng Yong Zijuan NiuChen Zhao and Lijuan Li. Compressive Test Investigation and Numerical Simulation of Polyvinyl-Alcohol (PVA)-Fiber-Reinforced Rubber Concrete[J]. Buildings2023SCI期刊收录,JCR2区).

[16]Yong FengQian WangLijuan LiYutao MaXiaoyang Li. Multiscale analysis of silane coupling agent modified rubber-fiber concrete interfaces[J].Materials Today Communications2023SCI期刊收录,JCR2区).

[17]Yong Feng Weijian Wang Siqi Wang Zijuan Niu and Lijuan Li. Multi-scale analysis of mechanical properties of KH-560 coupling agent modified PVA fiber-rubber concrete[J]. Composite Interfaces2023SCI期刊收录,JCR2区)

[18]Yong Feng Dajing Qin Chen Zhao and Yuan Li. Multiscale Enhancement Mechanisms of EVA on EPS-Cement Composites[J]. Journal of material in civil engineering2022SCI期刊收录,JCR1区).

[19]Yong Feng Yuan Li Zhao Chen et al. Nano-CaCO3 enhances PVA fiber-matrix interfacial properties: an experimental and molecular dynamics study [J]. Molecular Simulation 2022SCI期刊收录,JCR2区)

[20]Feng Yong Wang C Wang P Y et al. Influence of grain discharge rate on the normal force of arch [J]. European physical journal E 2022SCI期刊收录,JCR2区)

[21]Feng Yong Chen Y Chao Y. Dynamic analysis of damage mechanism of silt light weight soil[J]. Soil mechanics and foundation engineering 2022SCI期刊收录,JCR3区)

[22]Feng Yong Qin D J Zhao C. The synergistic strengthening effect of silane coupling agent on the interface between PVA/EPS and cement: experiment and molecular simulation [J]. Composite interfaces2022SCI期刊收录,JCR2区)

[23]Feng Yong Yu Caihua Hu Kui et al. A study of the microscopic interaction mechanism of styrene–butadiene-styrene modified asphalt based on density functional theory. Molecular Simulation2021SCI期刊收录,JCR2区)

[24]Feng Yong Yu Caihua Pan Fan et al. Effect of Friction Coupling on Discharge Velocity Profiles and Force Chain Distribution of Maize Particles in Silos. Advances in Civil Engineering2020SCI期刊收录,JCR3区)

[25]Feng Yong Chao Yuang. Meso-structure deformation mechanism of EPS silt mixed lightweight soil material under cyclic loading. Soil mechanics and foundation engineering2020SCI期刊收录,JCR3区).

[26]Feng Yong Yuan Ziran. Discrete element method modeling of granular flow characteristics transition in mixed flow. Computational Particle Mechanics2020SCI期刊收录,JCR1).

(五)获得学术奖励及专利

[1]冯永、杜明芳、张吴、赵文才等.基于组构颗粒的粮食散体-仓壁相互作用机理及其在大新型简仓结构分析中的应用研究,中国粮油学会科技进步三等奖,河南省工程建设科学技术成果特等奖,2023.

[2]冯永、杜明芳、张吴、赵文才等.基于组构颗粒的粮食散体-仓壁相互作用机理及其在大新型简仓结构分析中的应用研究,中国商业科技进步三等奖, 2022.

[3]冯永、赵辰、咸庆军等.EPS 淤泥混合轻量土试验及其工程应用模拟研究,中国商业科技进步三等奖,2021.


联系邮箱:fengyong@haut.edu.cn



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