Yan Zhigang, Yan Huang and An Mingzhe. Experimental study on reactive powder concrete filled steel tubular columns under axial compression [J]. Research on advanced materials. 20 1 1，Vol. 150- 15 1， 198-202。

(23) Hua Luogeng, An Mingzhe. Design of RPC steel tube arch bridge on Beijing-Shanghai high-speed railway [C]. Proceedings of International Railway Engineering Conference. 20 10。 China, 79 1-796.

Yan Zhigang, Hua Luo, An Mingzhe. Calculation and analysis of reactive powder concrete filled steel tube arch bridge [J]. China Science and Technology Paper Online.20 20 10/0,5 (7): 543-548.

(2 1) Hua Luo Yan Zhigang An Mingzhe. Study on interfacial bonding performance of reactive powder concrete filled steel tubular columns [J]. Journal of Civil Engineering, 20 10/0,43 (8): 57-62.

An Mingzhe, Wu, et al. Experimental study on interfacial bond strength of reactive powder concrete filled steel tubular columns [J]. China Railway Science, 2009,30 (6): 7-11. (EI search)

(19) Yan Zhigang, An Mingzhe, Ji Wenyu, Yu Ziruo. Design and analysis of reactive powder concrete sidewalk guardrail on bridge [C]. Proceedings of the 4th International Conference on the Future of Concrete. June 2009 17 to 19. Portuguese coimbra. 3 1 1-3 15。

(18) Yan Zhenguo, An Mingzhong, Zhao Guangyou, Seismic performance analysis of reactive powder concrete filled steel tubular columns under cyclic loading [C]. Proceedings of the 4th International Symposium on Environmental Vibration: Prediction, Monitoring, Mitigation and Evaluation, Volume II, Beijing, 2009128-30 October. 1345- 1349.

(17) An Mingzhe, Ma, Prediction of rebar corrosion in concrete based on grey relational analysis and neural network [J]. Architectural Technology, 2009,40 (12):109-165438.

(16) Yan Zhigang, Ji Wenyu, An Mingzhe. Design and experimental study of reactive powder concrete low-height beam [J]. Journal of Civil Engineering, 2009,42 (5):126-132 (EI search)

(15) Yan Zhigang, An Mingzhe, Zhong Tieyi. Study on optimal design of railway reactive powder concrete bridge [J]. China Railway Science, 2009,30 (2): 38-42 (EI search)

(14) Yan Zhigang, Ji Wenyu, An Mingzhe. Bearing capacity test and whole process analysis of reactive powder concrete T-beam [J]. Journal of Beijing Jiaotong University, 2009,33 (1): 86-90.

(13), Wu Qizhang, Wen Yuji, An Mingzhe. Design and Analysis of Prestressed Reactive Powder Concrete Short Box Girder [C]. Proceedings of the 3rd International Conference on the Future of Concrete. 20081October 17- 19, Yantai, People's Republic of China (PRC), 449-454. (ISTP search)

(12) Shi, Ji Wenyu,. Optimization analysis of prestressed reactive powder concrete low-height T-beam [J]. Science and Technology and Engineering, 2007,7 (19): 4947-4951.

(1 1) Yan Zhigang, Yan Guiping. Design and experimental study of reactive powder concrete noise barrier [C]. Proceedings of the third international symposium on environmental vibration: prediction, monitoring, minimization and evaluation, Taipei, 20071kloc-0/28-30: 676-680. (ISTP search)

(10) Yan Zhigang, Yan Guiping. Experimental study and finite element analysis of reactive powder concrete channel beam design [C]. The 2nd International Conference on Structural State Assessment, Monitoring and Improvement (SCAMI-2), 19-2 1, 2007 1 1 month, Changsha, China, 684-688. (ISTP search)

(9) Yan Zhigang and Yan Guiping. Optimal design of 24m reactive powder concrete railway T-beam [C]. Proceedings of the 2nd International Conference on Structural Condition Assessment, Monitoring and Improvement (SCAMI-2), 19-2 1, 20071/month, Changsha, China, 297-30/. (ISTP search)

Yan Zhigang, Yan Guiping, Ji Wenyu and An Mingzhe. Experimental study on 20m prestressed reactive powder concrete bridge [C]. Proceedings of the International Conference on Structural, Material and Environmental Health Monitoring. 200716-8 October. China Nanjing Southeast University, 607-6 12. (ISTP search)

(7) Yan Zhigang and Yan Guiping. Experimental study and finite element analysis of RPC walking [J]. Key Engineering Materials, 2006,302-303: 713-719. (SCI search)

(6) Yan Guiping, Yan Zhigang and Fang Youliang. Optimal design method of prestressed reactive powder concrete bridge [C]. Proceedings of the International Conference on Cement Combination for Durable Concrete. Dundee, Scotland 5-7 July 2005. (EI search)

(5) Yan Zhigang, Yan Guiping and Wu Xuan. Study on optimal design of prestressed reactive powder concrete simply supported beam [J]. Journal of Beijing Jiaotong University, 2005,29 (2):18-22. (EI search)

(4) Yan Zhigang, Yan Guiping and Fang Youliang. Experimental study on safety and reliability of reactive powder concrete pavement slab and finite element analysis [C]. Proceedings of the 2004 International Symposium on Safety Science and Technology, Volume IV, Shanghai, China. 2004125-28 October 2 189-2 193. (EI search)

(3) Yan Zhigang, Yan Guiping, Yu Zizhi and Li Zhen. Experimental study on failure of reactive powder concrete channel beam model [J]. China Safety Science Journal, 2004, 14 (10): 90-94.

(2) Yan Zhigang, Liang Xiaoyan and Yan Guiping. Study on optimal design of prestressed RPC frame structure [J]. Industrial Architecture, 2004,34 (370):116-120.

(1) Yan Zhigang, Zhang Nan, Yan Guiping. Dynamic test analysis of Yayao Bridge 17 on Guangzhou-Shenzhen line [J]. Engineering Mechanics, 200 1, (A03): 164- 168.

work

③ Zhang Liming, Yan Zhigang and Cai Xiaoming. AutoCAD20 10 road and bridge map. 20 10, People's Communications Publishing House.

(2) Yan Zhigang, Ji Wenyu and Zhan Jiawang. Structural design of simply supported reinforced concrete and prestressed concrete beam bridges. 2009, Machinery Industry Press.

(1) Zhang Liming, Yan Zhigang. AutoCAD 2008 Road and Bridge Drawing. In 2008, People's Communications Publishing House.

Instruct graduate students.

As a tutor to guide two graduate students:

6 Li Zhanhui (20 10.9-)

Hualuo (September 2009)

**************************************

As an assistant tutor to guide four graduate students:

4 May 7th (08 12 1645, 2008.9-20 10.6)

Paper title: Experimental study on ultimate bearing capacity of RPC columns with circular steel tubes.

Work unit: Engineering Economic Management and Design Department of the Third Railway Survey and Design Institute Group Co., Ltd.

3 Wu (08 12 1642, 2008.9-20 10.6)

Thesis title: Study on the basic mechanical properties of RPC columns of self-compacting steel tubes.

Work unit: Ph.D. student, Delft University of Technology, Netherlands.

2 Ma (07 12 1542, September 2007 to June 2009)

Thesis title: Prediction of concrete reinforcement corrosion based on grey correlation and artificial neural network.

Work unit: Beijing Sport University (Infrastructure Department)

1 Zhang Jinghui (06 12 1556, September 2006-June 2008)

Thesis title: Optimization analysis of reactive powder concrete low-height beam.

Work unit: China Hydropower Construction Group Luqiao Engineering Co., Ltd.