教学科研成果: 科研项目: 1、×××结构设计及性能优化,国防173基金子课题, 2022.10-2025.09,主持 2、极地环境下的点阵复合壳体破冰设计技术,海洋防务技术创新基金, 2023.06-2024.05,主持 3、海上风力发电海浪补偿装置的进口替代及全国产化研究,湖北省重点研发计划,2023.02-2024.12,主持 4、多方案仿生艇模型制造及试验,横向项目, 2022.06-2022.10,主持 5、湖上试验模型动力系统制造,横向项目, 2023.06-2023.11,主持 6、海上风力发电海浪补偿装置关键技术研究, 横向项目, 2023.02-2024.12,主持 7、浮体结构及释放漂浮特性计算与优化设计,横向项目,2025.02-2025.07,主持 论文: [1]Wu Yaozhong, Fang Jianguang*, Wu Chi, Li Cunyi, Sun Guangyong, Li, Qing. Additively manufactured materials and structures: A state-of-the-art review on their mechanical characteristics and energy absorption[J]. International Journal of Mechanical Sciences 2023, 246:108102. (中科院1区top,高被引,Hot热点论文,影响因子:6.772) [2]Wu Yaozhong, Qi Xu, Sun Longfei, Wang Bo, Hu Li, Wang Peng*,, Li Weijia. Sound transmission loss and bending properties of sandwich structures based on triply periodic minimal surfaces[J]. Thin-Walled Structures, 2024, 204: 112324. (中科院1区,影响因子:5.881) [3]Zhu Huaiming, Wang Peng, Wei Dong, Si Jianfeng, Wu Yaozhong*. Energy absorption of diamond lattice cylindrical shells under axial compression loading[J]. Thin-walled structures 2022, 181: 110131. (中科院2区,影响因子:5.881) [4]Wu Yaozhong, Sun Longfei, Yang Ping, Fang Jianguang*, Li Weijia*. Energy absorption of additively manufactured functionally bi-graded thickness honeycombs subjected to axial loads[J]. Thin-walled structures 2021, 164: 107810. (中科院2区,影响因子:5.881) [5]Wu Yaozhong, Fang Jianguang, Cheng Zhiyuan, He Yuhang, Li Weijia*. Crashworthiness of tailored-property multi-cell tubular structures under axial crushing and lateral bending[J]. Thin-walled structures 2020, 149: 106640. (中科院2区,影响因子:5.881) [6]Wu Yaozhong, Fang Jianguang, He Yuhang, Li Weijia*. Crashworthiness of hierarchical circular-joint quadrangular honeycombs[J]. Thin-walled structures 2018, 133: 180-191. (中科院2区,影响因子:5.881) [7]Wu Yaozhong, Li Weijia*, Fang Jianguang, Lan Qiuhua. Multi-objective robust design optimization of fatigue life for a welded box girder[J]. Engineering Optimization 2018, 50(8): 1252-1269. (中科院3区,影响因子:2.500) [8]Wu Yaozhong, Li Weijia*, Liu Yonghong. Fatigue life prediction for boom structure of concrete pump truck[J]. Engineering Failure Analysis 2016, 60: 176-187. (中科院2区,影响因子:3.634) [9]孙龙飞, 李维嘉, 吴耀中. 压电陶瓷在锥形圆筒振动主动控制中的应用[J]. 噪声与振动控制, 2016,36(4):188-192. [10]蒲鑫, 吴耀中, 李维嘉. 不同浸没深度下锥型喷嘴结构固有振动特性研究[J]. 噪声与振动控制, 2017,37(6):77-80. 专利: [1]吴耀中,齐旭,李学鹏,王华伟,胡溧;一种基于三周期极小曲面结构的轻质隔声降噪管道,CN 119049439 A,公开 [2]李维嘉, 何宇航, 吴耀中, 谭洁, 姜志强, 刘法佑; 一种六自由度平台及其应用[P]. 中国, ZL112483786A. 2021. [3]李维嘉, 吴耀中, 孙在军, 赵治强, 夏天; 一种新型水下航行器柔性对接回收装置[P]. 中国, ZL109774886A. 2019. [4]李维嘉, 刘法佑, 孙在军, 吴耀中, 兰秋华; 一种空间高精度装配用智能支架[P]. 中国, ZL108058146A. 2019. [5]李维嘉, 孙在军, 吴耀中, 兰秋华; 一种冲击能量控制及检测装置[P]. 中国, ZL106990001A. 2017. [6]李维嘉, 孙在军, 兰秋华, 吴耀中; 一种用于重载荷的直线运动平台[P]. 中国, ZL106808221A. 2017. |