一、师资队伍
陈小伟：校特聘教授、国家杰出青年科学基金获得者（2012），国家首批中青年科技创新领军人才（2013），“万人计划”首批科技创新领军人才（2014）。
二、团队/研究中心简介
本团队主要从事超高速碰撞（如空间碎片云、陨石坑撞击和小行星防御）、穿甲与侵彻动力学（穿甲侵彻基础理论、常规战斗部效应）和毁伤评估（战场力量和打击评估、化工园区和隧道爆炸燃烧及先进炸药威力）等相关理论建模、数值模拟研究工作。
三、bob真人app下载
讲授机电学院材料力学B（课程责任教授）、本科生毕业设计。
四、科研平台
以理论建模和数值模拟为主。
五、代表性科研成果
l Wen K, Chen XW*. Failure evolution in hypervelocity impact of Al spheres onto thin Al plates. Int J Impact Engng , 2021:147:103727
l Qin Y, Chen XW*. Flame propagation of premixed hydrogen-air explosion in a closed duct with obstacles. Int J Hydrogen Energy , 2021, 46(2):2684-2701
l Jiao WJ, Chen XW*. Influence of the mushroomed projectile’s head geometry on long-rod penetration. Int J Impact Engng , 2021;148:103769
l Wang J, Cao W, Liu R, Xu RJ, Chen XW*. Graphite fluoride as a new oxidizer to construct nano-Al based reactive material and its combustion performance. Combustion and Flame, 2021;229:111393
l Deng YJ, Chen H, Chen XW*, Yao Y. Dynamic failure behaviour analysis of TiB2-B4C ceramic composites by Split Hopkinson Pressure Bar Testing. Ceramics International , 2021; 47:22096–22107
l Zhang CB, Chen XW*, Yuan Y. Characterization of the non-ideal debris cloud in yaw hypervelocity impact by cylindrical projectile. Int J Impact Engng , 2021;155:103908
l Tang QY, Chen XW*, Deng YJ, Song WJ. An approximate compressible fluid model of long-rod hypervelocity penetration. Int J Impact Engng , 2021;155:103917
l Deng YJ, Chen XW*, Song WJ. Dynamic cavity-expansion penetration model for elastic-cracked-crushed response of reinforced-concrete targets. Int J Impact Engng , 2021;157: 103981
l Wen K, Chen XW*, Lu YG. Research and development on hypervelocity impact protection using Whipple shield: an overview. Defence Technology , 2021;17:1864-1886.
l Wen K, Chen XW*. Influence of the impedance gradient on the debris cloud produced by hypervelocity impact. Int J Impact Engng ,2022;159:104034
l He QG, Chen JF, Chen XW*. Velocity-space analysis method for hazardous fragments in debris clouds, Int J Impact Engng , 2022;161:104087.
l Qin Y, Chen XW*. Study on the dynamic process of in-duct hydrogen-air explosion flame propagation under different blocking rates. Int J Hydrogen Energy , https://doi.org/10.1016/j.ijhydene.2022.04.004.
六、成果转化与社会服务
（撰稿人：陈小伟；数据截止到2022年1月）