[1]Peng Q, Zhang S P, Jie Y Q, Wu H, Ma L L. A hybrid data-driven machine learning framework for predicting the dynamic behavior of RCS slabs under wind-borne projectile impact. Engineering Failure Analysis. 2025, 177: 109661. (SCI/EI, Q1) [2]Peng Q, Huang J, Li Y, Chen F B. Extreme wind pressure study for single-slop photovoltaic roofs based on statistical estimation methods and machine learning. Journal of Building Engineering. 2025, 112: 113639. (SCI/EI, Q1) [3]Peng Q,Wu H, Jia P C, Ma L L.Dynamic behavior of UHPC member under lateral low-velocity impact: Mesoscale analysis.International Journal of Impact Engineering. 2023, 172: 104418. (SCI/EI, Q1) [4]Peng Q, Zhou D Y, Wu H, Ma L L, Fang Q. Experimental and numerical studies on dynamic behaviors of RC slabs under long-duration near-planar explosion loadings.International Journal of Impact Engineering. 2022, 160: 104085. (SCI/EI, Q1) [5]Peng Q, Wu H, Zhang R F, Fang Q. Numerical simulations of base-isolated LNG storage tanks subjected to large commercial aircraft crash.Thin-walled Structures. 2021, 163: 107660. (SCI/EI, Q1) [6]Peng Q, Wu H, Jia P C, Ma L L, Fang Q.Numerical studies on rebar-concrete interactions of RC members under impact and explosion.Structures. 2023, 47: 63-80. (SCI/EI, Q1) [7]Peng Q, Zhang S P, Jie Y Q, Chen D.Experimental and numerical studies on dynamic behavior of rc slab with rear steel plate under aircraft engine model impact. Transactions of the SMiRT 27 Yokohama. Japan, March 3-8, 2024, Division V. [8]Peng Q, Wang Q Z, Ma L L. Blast-Resistant Performance Evaluation of Steel Box Girder of Suspension Bridge.Buildings. 2025, 15: 3210. [9]Jia P C, Wu H,Peng Q, Ma L L. Dynamic behaviors of eccentrically loaded RC column under lateral low-velocity impact. Engineering Structures. 2025, 309: 118031. [10]Jia P C, Wu H, Fang Q,Peng Q, Ma L L. TDOF model for UHPC members under lateral low-velocity impact. International Journal of Impact Engineering. 2023, 174: 104520. (SCT/EI, Q1) [11]Wu J Y, Yu Q Q,Peng Q, Gu X L. Seismic responses of liquid storage tanks subjected to vertical excitation of near-fault earthquakes. Engineering Structures. 2023, 289: 116284. [12]Shan B, Deng J Y, Wu M J,Peng Q, Li T Y, Xiao Y. Mechanical Performance of Toothed Metal-Plate Connected Glubam Joints. Journal of Materials in Civil Engineering. 2022, 34(12): 04022328. (SCI/EL, Q2) [13]Jia P C, Wu H, Ma L L,Peng Q. Feasibility of UHPC shields in spent fuel vertical concrete cask to resist accidental drop impact. Nuclear Engineering and Technology, 2022, 54(11): 4146-4158. (SCI/EI, Q1) [14]Zhao X, Yu X Y, Cai L,Peng Q, Wu H, Zhou F. The effects of tensile strain rate on the dynamic tensile behavior of ultra high toughness cementitious composite. Journal of Building Engineering. 2023, 68: 106199. (SCI/EI, Q1) [15]Tang Z, Li W G,Peng Q, Tam V M, Wang K J. Study on the failure mechanism of geopolymeric recycled concrete using digital image correlation method. Journal of Sustainable Cement-Based Materials. 2022, 11(2): 113-126. (SCI/EI, Q1) [16]Zhou F, Cheng Y H,Peng Q, Wu H. Influence of steel reinforcement on the performance of an RC structure subjected to a high-velocity large-caliber projectile.Structures. 2023, 54: 716-731. (SCI/EI, Q2) [17]Tang Z, Shan B, Li G W,Peng Q, Xiao Y. Structural behavior of glubam I-joists. Constructionand Building Materials. 2019, 224: 292-305. (SCI/EI, Q1) [18]Tang Z, Li G W,Peng Q, Yan L B. Quasi-Static Cyclic Behavior of CFRP-ConfinedGeopolymeric Composites.Journal of Composites for Construction. 27(6): 04023051. (SCI/EI, Q1) [19]彭琦, 王羽, 彭博, 黄建, 陈伏彬. 典型公路边坡光伏组件风致荷载特性研究. 太阳能学报, 2025, 46(08): 481-490. (EI) [20]吴昊, 杨琳珂,彭琦*. 落石冲击下钢混组合梁桥桥面板动力行为及易损性分析. 振动与冲击, 2025, 44(01): 177-189. (EI). [21]彭琦, 吴昊, 方秦, 卢红标. 长持时平面爆炸波作用下RC梁动力响应研究. 建筑结构学报, 2023, 44(3): 87-101. (EI) [22]蒋田勇, 喻晨宇,彭琦, 胡淳俊, 王磊*. 基于SVMD-KLD-DWT的桥梁挠度监测数据温度效应分离方法. 中国公路学报, 1-23. (EI) |
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[1]吴昊, 董占发, 程月华, 黄涛, 马亮亮, 贾建英,彭琦, 蓝晓明, 贾鹏程, 戴维荧. 核电站结构抗冲击/爆炸关键技术与应用, 上海市科学进步奖, 二等奖,2024。 [2]王磊, 洪进, 涂荣辉, 张旭辉, 朱世峰, 徐晓达, 罗人昆, 张晓鹏, 王伟, 施亮星, 戴理朝, 马亚飞, 高望, 龚伟伟, 霍立飞, 徐曼, 许国泰, 蒋小鹏, 董春光, 易善昌, 黄可, 高畅,彭琦, 汪国栋, 高鹏飞. 桥梁低干扰更新改扩建关键技术装备及应用,中国公路建设行业协会科学技术进步奖, 特等奖, 2025 |