学科 岩土工程
 
研究方向：岩土地震工程，岩土损伤机理和计算；工程地震，防震减灾高新技术应用
 
论著成果
先后获得过国家地震局科技进步一等奖一项“中国地震烈度区划（1990）”、二等奖二项“基于概率论的抗震设计”（1988年）和“基于AI和GIS的地震危险性分析和信息系统”（1999年），及地市级科技进步一等奖三项、二等奖多项。在国内外发表过专著两本（合著）、论文百余篇（其中英文论文40篇），包括：
① TAO Xiaxin, WANG Haiyun and Zhang Dongli(2004), Estimation of near field strong ground motion from a destructive earthquake on active fault,Proc.of 3ICCE
② Tao Xiaxin, R. Kayen, Shi Lijing and Shi Hailiang (2004), ChinaUS joint surface wave investigation, Proc.of 3ICCE
③ TAO Xiaxin and WANG Haiyun(2004), A random source model for near filed strong ground motion prediction, Proc. of 13WCEE, Vancouver. Paper No.1945
④ TAO Xiaxin， ZHOU Zhenghua，ZHOU Yongnia and Wang Haiyun (2004), Observation and prediction of strong ground motion in China, NATO workshop, Kusadasi，Turkey, 主题报告
⑤ TAO Xiaxin, CHEN Xianmai, CHEN Xueliang(2004). Seismic soil pressure of cohesive backfill. Proc. of 3d International Conference on Earthquake Engineering. Nanjing, China. Pp126131.
⑥ TAO Xiaxin and J. G. Anderson, Near field strong ground motion simulation, Proc. of ICANCEER, Harbin, 2002
⑦ TAO Xiaxin and GENG Shuwei, Earthquake action provision in GB500112001 and three improvements, Proc. of ICANCEER, Hong Kong, 2002
⑧ TAO Xiaxin and WANG Guoxin, Rupture directivity and hanging wall effect in near field strong ground motion simulation, ACTA Seismologica Sinica, V24, N6, 2002
⑨ TAO Xiaxin, GENG Shuwei, WANG Guoxin, TAO Zhengru, Power Spectral Density Function of Ground Motion for Seismic Design of Large Bridge, Proc. of the IABSE, Seoul, 2001
⑩ 陶夏新等，中日地脉动台阵联合观测，世界地震工程，18卷2期，2002
? 陶夏新等，工程场地条件评定中的地脉动研究，地震工程与工程振动，21卷4期，2001
? 陶夏新，中国地震工程地质学之发展，世界地震工程，22卷4期，2000
? TAO, Xiaxin and ZHENG Guangfen， An intelligence aided system for estimating the seismicity tendency, Earthquake Prognostic, Germany，1998.
? TAO, Xiaxin and CUI Zhengtao， A procedure for rating site with considering the combination effect of soil layers, Proc. of 11WCEE, Acoplus, Mexico，1996.
? TAO, Xiaxin and ZHENG Guangfen (1993). Intensity attenuation relationship fitted by the Error Back Propagation Approach, Earthquake Research in China, V. 7, No. 2.