He has been engaged in the research of high-efficiency damage and protection technology, explosive mechanics, material impact constitutive model and damage behavior, new concept and new structure of ammunition for a long time, and has successively completed or is undertaking national major special projects, 973 projects, National Natural Science Foundation, National Key Laboratory Fund, Young Scholars Fund of Nanjing University of Science and Technology, China Postdoctoral Fund and other projects. Participated in a number of national natural science foundation projects, national high-tech projects, key funds, key pre-research and research and development of provincial and ministerial models. Since 2007, more than 30 papers have been published in academic journals and international conferences at home and abroad, including 7 SCI, 5 EI/KLOC-0 and 2 ISTP. Representative papers are as follows:

[1] Zhang Xiaofeng, Shi Yasheng, Zhang Jun, Qiao Libo, He Yaohui, Guan Zhiwei. Thermochemical simulation of temperature-controlled shock-induced chemical reaction in multifunctional energetic structural materials under impact compression, Journal of Applied Physics, 20 12,11,12350 1.

[2] Zhang Xiaofeng, Qiao Libo, Shi Yasheng, Zhang Jun, Guan Zhiwei. Cold energy mixing theory of state equation of solid and porous metal mixture, Journal of Applied Physics, Journal of Applied Physics, 201,110,013506.

[3], Zheng, Liang Qiao, detonation wave propagation and propellant explosion in double-layer cylindrical high-energy explosive charge. Fireworks technology. 20 1 1, 36, 2 10.

Zhang Xianfeng and Qiao Liang, Study on Jet Formation and Penetration, Combustion, Explosion and Shock Wave of Double-layer Shaped Charge, 20 1 1, 47:24 1.

Zhang Xiaofeng, Andrieux, Sun Dezhong, Pseudoelastic Description of Finite Deformation of Polymer Foam Considering Stress Softening and Residual Strain Effects, Materials and Design 201,32,877.

[6] Zhang Xiaofeng, Li Yuanchun. Comparison of bulletproof properties between 10% zirconia toughened alumina and 95% alumina ceramic targets. Materials and design, 20 10/0,31(4):1945.

[7], Li Yongchi, Zhang Niansong, Numerical study on the penetration process of alumina ceramics (AD95) against tungsten long rod projectiles. International Journal of Modern Physics B.25: 209 1-2 103, 2009.

Wangyi, Jiang Wei, Zhang Xianfeng, Liu Hongying, etc. The energy release characteristics of energetic Al-Mg mechanical alloy particles excited by impact with nanostructures. Journal of Thermochemistry 512 (2011) 233–239.

, Zhao,. Summary of research on overpressure detonation of interlayer charge. High energy materials, 20 1 1, 3: 352-360.

[10], Zhao, Theoretical Analysis of Impact, Explosion and Impact Reaction Process of Active Metals, 20 10/0,30 (2):143-151.

Zhang Xianfeng, Li Yongchi. Effect of restraint and toughening on jet penetration resistance of alumina ceramics. 2009,29(2): 149.

[12], Chen, He Yong, Huang Zhengxiang. Study on anti-reinforced concrete series shaped charge technology, explosion and impact, 2008,28 (3): 207.

[13], Zhao, research progress of multifunctional energetic structural materials. Energetic materials, 2009, 17(6): 73 1-739.

[14], Ding Jianbao, Zhao. Numerical simulation of action process of interlayer shaped charge. Explosion and Impact, 2009, 29(6)

[15], Chen, He Yong, Huang Zhengxiang. Study on series shaped charge technology of reinforced concrete. Explosion and Impact. 2008, 28 (3)

[16] Experimental study on jet penetration resistance of zirconia toughened ceramics, Experimental Mechanics, 2007,22 (6): 631.

[17] Numerical simulation of three typical shaped charge jets penetrating the target, Journal of System Simulation, 2007, 19( 19): 4399.

[18] Study on Initiation of Shell Explosives by Explosively Formed Projectiles, 23rd International Ballistics Symposium, 1 197.

[19] numerical study on the penetration process of shaped charge jet into multilayer ceramic targets, proceedings of ICMEM2007 international conference on mechanical engineering and mechanics, 1257.

[20] projectile experiment teaching practice, research and exploration in laboratory, 2007,26 (2): 97.