10项代表性科研项目: [1] 山东省交通运输科技计划:基于多源数据融合的高墩大跨连续刚构桥下挠智能预警及对策研究,2021~2023. (主持) [2] 中国铁建:基于数字孪生的系杆拱桥支架法施工关键技术研究,2021~2023. (主持) [3] 山东省交通运输科技计划:基于数字孪生与AI的桥墩冲刷损伤诊断与预警方法研究,2022~2024. (主持) [4] 中国博士后科学基金:基于GPRS的混凝土弯箱梁桥温度场及温度效应研究(2013M531560),2013~2014. (主持) [5] 山东省科技发展计划:基于SONAR及铁磁性标签石块的桥梁冲刷多尺度监测系统研究(2014GSF120015),山东省科技厅,2015~2017. (主持) [6] 山东省交通科技计划:基于远程多尺度监测的组合梁斜拉桥静力特性研究, 2018~2021. (主持) [7] 山东省交通科技计划:山东地区基于GPRS的混凝土弯箱梁桥三维时变温度梯度模式研究,2013~2015. (主持) [8] 山东省交通科技计划:耐盐耐腐蚀FRP筋混凝土新型桥面板设计与施工成套技术研究,2013~2016.(主持) [9] 山东省交通科技计划:大跨度斜拉桥塔梁同步施工关键技术及工程应用研究,2013~2016. (主持) [10] 山东省交通科技计划:大跨斜拉桥基于GPRS远程微时差健康监测的损伤预警关键技术研究,2013~2016. (主持) 10篇代表性论文: [1] Yang, Zeying; Sun, YL ; Qu, JB; Wang, CH ; Wang, TM . Study on Vehicle Load Model of Baijianhe Bridge. Advances in Civil Engineering Volume 2022, Article ID 7523590, 8 pages,(SCI) [2] Zeying Yang, Changhao Cai, Zhilin Qu, Chenghe Wang, and Yinglin Sun. Study on the Cracking Mechanism of Arch Foot of CFST Tied Arch Bridge Based on Multiscale Numerical Simulation. Advances in Civil Engineering Volume 2022, Article ID 9040937, 12 pages(SCI) [3] Zeying Yang, Zhengquan Cheng, Yinglin Sun, Yangyudong Liu, Chenghe Wang, Weisong Qu. Study on optimal prestress level of RC beams reinforced with SMA bars, Advances in Civil Engineering, vol. 2021, Article ID 4545413, 12 pages,(SCI) [4] Zeying Yang, Chenghe Wang, Yinglin Sun, Yangyudong Liu, Zhengquan Cheng, Weisong Qu. Out-of-Plane Deformation Analysis of the Thin-Walled Closed Curved Box Girder under the Temperature Gradient, Advances in Civil Engineering, vol. 2021, Article ID 8662270, 12 pages, (SCI) [5] Yang, Zeying; Sun, Yinglin; Wang, Chenghe; Cheng, Zhengquan; Wang, Tianmin; Qu, Jianbo; Liu, Jie. Study on temperature gradient of concrete box girder in Shandong area based on long-term monitoring. 2021 7th International Conference on Hydraulic and Civil Engineering and Smart Water Conservancy and Intelligent Disaster Reduction Forum, ICHCE and SWIDR 2021, p 725-732, 2021. (EI) [6] Yang, Zeying; Sun, Yinglin; Wang, Chenghe; Wang, Tianmin; Cheng, Zhengquan; Qi, Wenchao; Zhao, Fengjin . Evaluation of bridge health status based on multi-source data fusion of monitoring and inspection. 2021 7th International Conference on Hydraulic and Civil Engineering and Smart Water Conservancy and Intelligent Disaster Reduction Forum, ICHCE and SWIDR 2021, p 1420-1425, 2021. (EI) [7] Zeying Yang, Yongye Qu, Jianbo Qu, Yalei Zhang, Wenchao Qi, Xinnan Xie. Research on Static Characteristics of Steel-Concrete Composite Beam Cable-Stayed Bridge during Construction. IOP Conference Series: Materials Science and Engineering 卷: 730 页: 012032 (7 pp.) 2020 [8] Zeying YANG, Yangyudong Liu, Minghao Sun, Yongye Qu, Xinnan Xie, Yalei Zhang. Parametric analysis on mechanical performance of prestressed CFRP reinforced concrete bridge deck. Materials Science and Engineering. 397(2018), p 63-67. (EI) [9] Zeying YANG, Yongye Qu, Yangyudong Liu, Minghao Sun, Yalei Zhang, Xinnan Xie. Study on construction control technology for tower and beam synchronous construction of cable-stayed bridge. Materials Science and Engineering. 397(2018), p 68-75. (EI) [10] Zeying YANG, Minghao Sun, Yangyudong Liu, Yongye Qu, Yalei Zhang, Xinnan Xie. Stability analysis of synchronous construction of towers and beams of cable-stayed bridge. Materials Science and Engineering. 397(2018), p 55-62. (EI) 奖励: [1] 杨则英(1/1).指导研究生获best365网页版登录官方网站第九届山东省大学生科技创新大赛校级选拔赛二等奖、三等奖各1项,2022年。 [2] 杨则英(1/1).指导本科生获“力诺瑞特杯”best365网页版登录官方网站第十四届(2023)大学生节能减排社会实践与科技竞赛,三等奖,2023年。 [3] 杨则英(1/1).公路轻轨组合梁斜拉桥力学特性及工程对策研究. 山东省公路学会、山东省交通科学研究院,交通科学技术奖,三等奖,2020.09 [4] 杨则英(1/1). 2017年山东省全省博士后“新旧动能转换重大工程”专题研究征文活动中,论文《预应力CFRP筋混凝土板试验研究》获优秀奖。 [5] 杨则英(1/1). “同圆 万斯达杯”第四届山东省高校结构设计大赛优秀指导教师. 山东省土木工程建筑结构专业委员会. 山东省高校结构设计大赛, 省级, 2011.05 软件著作权: [1] 重力驱动磁传感河床冲刷监测系统1.0,软件著作权,登记号:2019SR0840323. 10项代表性发明专利: [1] MGNETIC TAG SENSOR AND METHOD FOR MANUFACTURING SAME, AND RIVERBED SCOUR DETECTION DEVICE, 2023-1-31, 美国,2023.1.31 [2] 橋脚のインテリジェント総合衝突防止システム及び方 法,日本,2023.2.8 [3] Intelligent integrated anti-collision system and method for pier. United Kingdom,2023.3.22 [4] 一种缆索检测机器人及其工作方法,ZL 2022 1 0070935.1,2023.2.28 [5] 一种钢筋混凝土矮箱梁智能加固支架及微创加固法,ZL2021116779152,2022.9.30 [6] 一种承插装配式拱肋、拱桥、 制作及施工方法,ZL202111678283.1,2022.8.23 [7] 一种桥梁智能捕车装置及方法,ZL202110110610.7,2022.7.29 [8] 一种桥梁智能自修复系统及方法,发明专利, 专利号: ZL 2019 1 0569293.8,2022.6.14 [9] 一种超疏水自发光隔音屏及施工方法, 发明专利, 授权号: ZL 2019 1 1148920.7,2021.6.8 [10] 一种磁性标签传感器及其制作方法及河床冲刷检测装置, 发明专利, 授权号: ZL 2019 1 0305365.8. 10项代表性实用新型专利: [1] 中间设铰的悬吊结构的短吊杆,ZL 2022 2 0741465. 2 [2] 一种竹制抗风防眩板,ZL 2021 2 2663047. 4 [3] 一种离心钢管混凝土空心桩, ZL 2021 2 0190555. 2. [4] 一种钢筋混凝土梁体外预应力加固装置, ZL 2019 2 0818761. 6. [5] 一种自发光桥墩装饰, ZL 2017 2 0894880.0. [6] 预制装配式FRP-钢筋-混凝土组合桥面板, ZL 2015202884844. [7] FRP-混凝土组合桥面板, ZL 2013201686531. [8] 一种桥墩体外预应力加固装置, ZL201220142033.6; [9] SMA箱梁自监测自修复系统, ZL201220081605.4 [10] 用于水源地保护区通行危险品车辆的桥梁防撞护栏, ZL200820025979.8 |