1.论文
[1]Sun Jianpeng,Tan Zihan,Yin Peng.Seismic performance analysis of a displacement-based novel special-shaped composite pier[J].Structures,2025, 77:109211.(SCI)
[2]Shuoyu An,Jianpeng Sun.Seismic response prediction of RC bridges subjected to chloride-induced corrosion based on machine learning[J]. Earthquakes and Structures,2025,28(5): 423-438.(SCI)
[3]孙建鹏,阴照滨,尹 鹏,等.基于台风“山竹”的 YanMeng风场模型数值模拟适用性研究[J].西安建筑科技大学学报(自然科学),2025,2(57):174-180.
[4]Sun Jianpeng,Huang Ruiqi.Ship-Bridge Collision Simulation and Performance Research of New Type Bridge Pier Protection Device[J].International Journal of Steel Structures,2025,25: 499-510.(SCI)
[5]Jianpeng Sun,Weichao Xu,Zihan Tan.Seismic resilience assessment of the hybrid bridge pier based on fragility analysis[J].International Journal of Steel Structures,2024,24:324-338.(SCI)
[6]孙建鹏,李进斌,徐伟超,等. 高烈度震区大跨径中承式钢箱系杆拱桥减隔震技术研究 [J]. 振动与冲击, 2024, 43 (06): 141-150+170.(EI)
[7]赵健,郑仕豪,孙建鹏,等. 独立式桥墩防撞结构防撞性能研究 [J]. 桥梁建设, 2024, 54 (01): 82-87.(EI)
[8]Jianpeng Sun,Shihao Zheng,Jiaju Zhang.etal.Study on vehicle-bridge coupling vibration response and impactfactor of spatial Y-shaped tied arch bridge[J].Structures,2023,57:105335.(SCI)
[9]孙建鹏,主父高林,赵健,等.一种基于自适应屈曲装置的减隔震支座研究及应用[J].桥梁建设,2023,53(05):24-32.(EI)
[10][孙建鹏,郑仕豪,马萧岗等.基于多变量灰色模型的台风强度模拟方法[J/OL].灾害学:1-9[2023-10-18].(CSCD)
[11]Jianpeng Sun,Zihan Tan.Parameter Sensitivity Study on Static and Dynamic Mechanical Properties of the Spatial Y-shaped Tied Arch Bridge[J].International Journal of Steel Structures, 2023,23:458-479.(SCI)
[12]Jianpeng Sun,Jinbin Li,YingbiaoJiang.etal.Key ConstructionTechnology and Monitoring of Long-Span Steel Box Tied Arch Bridge[J].International Journal of Steel Structures, 2023,23:191-207.(SCI)
[13]Jianpeng Sun,YingbiaoJiang.Bridge Dynamic Deflection and Damage Analysis Based on Transfer Matrix of Multibody System[J].International Journal of Steel Structures,2023,23:709-718.(SCI)
[14]孙建鹏,吕冠军,黄文锋等.考虑大气环境影响的台风极值风速研究[J].西安建筑科技大学学报(自然科学版),2023,55(03):342-349.
[15]Jianpeng Sun,Zihan Tan.seismic resilience based design method for hybrid bridge pier under four level seismic fortifcations[J]. International Journal of Steel Structures,2022,22(5):1578-1593.(SCI)
[16]Jianpeng Sun,Gaolin Zhufu.Mechanical Behavior of Laminated Rubber Isolation Bearing with Buckling Steel Plate[J].International Journal of Steel Structures,2022,22(04):1069-1085.(SCI)
[17]Jianpeng Sun,Yingbiao Jiang,Guanjun Lv.etal.Simulation Analysis on Seismic Performance of Assembled Composite Energy Dissipation Pipe Joint[J].International Journal of Steel Structures,2022,22(03):880-893.(SCI)
[18]Jianpeng Sun,Xiaomeng Qu,Chang Gao.Study on the Design Method of Ring Groove Rivet Joint in Aluminum Alloy Structure[J]. International Journal of Steel Structures,2022,22(01):294-307.(SCI)
[19]孙建鹏,主父高林,赵健,等.钢板板式橡胶复合式隔震支座性能分析及工程应用[J].桥梁建设,2022,52(01):83-90.(EI)
[20]Jianpeng Sun,Guanjun Lv,Xiaogang Ma.An improved typhoon simulation method based on Latinhy percube sampling method[J].Scientific Reports,2022,12(1):3329.(SCI)
2.专利
[1]孙建鹏,谭子涵,主父高林,等.一种自适应抗震韧性支座[P]. ZL 2021 2 3432054.X,2025.
[2]孙建鹏,范会杰,朱利,等.一种受压型韧性减隔震支座[P]. ZL 2023 2 1690338.5.2024.
[3]孙建鹏,吕冠军,主父高林,等.一种基于杆件组合结构的变刚度减隔震装置[P]. ZL 2021 2 3442847.X,2022.
[4]孙建鹏,姜应彪,李进斌,等.一种内嵌式减隔震支座[P]. ZL 2022 2 0117998.3,2022.
[5]孙建鹏,吕冠军,郑仕豪,等.一种变刚度减隔震装置[P]. ZL 2021 2 2941134.1,2022.
[6]孙建鹏,李辉,吕冠军,等.一种波纹板耗能减震装置[P]. ZL 2021 2 1555136.0,2022.
[7]孙建鹏,曲晓萌,吕冠军,等.一种装配式耗能减震装置[P]. ZL 2021 2 0038825.8,2021.
3.获奖
[1]广东省钢结构科学技术特等奖,海洋环境大跨度钢桁拱桥建造与运维关键技术,2023
[2]陕西高等学校科学技术研究优秀成果一等奖,混凝土桥梁结构耐久性基础理论与性能提升关键技术,2023.
[3]广东省建筑业协会科学技术进步一等奖,大跨度钢桁拱桥万吨级三摩擦面减隔震支座专项研究,2022.
[4]2022“一带一路”国际大学生数字建筑设计竞赛优秀指导教师,2022.
[5]2021“一带一路”国际大学生数字建筑设计竞赛优秀指导教师,2021.
[6]中国铁道建筑总公司科学技术二等奖,西南山区V形峡谷条件下高墩大跨铁路刚构桥梁综合施工技术,2017.
[7]陕西高等学校科学技术二等奖,非规则高架桥梁抗震体系及其性态分析理论,2014.