1. Outstanding Young and Middle-aged Scientific and Technological Innovation Team Project in Hubei Universities (T20 1303): new steel-concrete composite structure, project leader.

2. National Natural Science Foundation (5 1 178057): Research on seismic performance evaluation and strengthening technology of concrete-filled steel tubular frame structure after earthquake, project leader.

3. National Natural Science Foundation of China (50978033): Research on mechanical properties and design methods of joints between concrete filled steel tubular columns and steel beams with special sections, project leader.

4. National Natural Science Foundation of China (5 1378077): Research on time-varying stress monitoring method and earthquake damage mechanism of concrete-filled steel tubular structure based on piezoelectric intelligent aggregate, ranking second.

5. Natural Science Foundation of Hubei Province (2003ABA059): Design method and experimental research of concrete filled steel tubular housing, project leader.

6. Science and Technology Project of Ministry of Construction (06-K 1-4 1): Research on mechanical properties and application of prestressed steel fiber reinforced concrete hollow slab, project leader.

7. Key Support Project of Tianjin Natural Science Foundation (013617411): Seismic performance test and theoretical research of high-rise concrete-filled steel tubular buildings, mainly attended by participants.

8. Scientific Research Project of Hubei Provincial Department of Education (2003A006): Research on structural damage identification and health monitoring system of large oil and gas storage tanks, project leader.

5.2 Award-winning scientific research achievements (representative projects)

1. Design Theory and Construction Technology of Various Concrete-filled Steel Tubular Composite Structures in High-rise Buildings, won the first prize of Science and Technology Progress Award of the Ministry of Education 20 13, ranking second.

2. Experimental and theoretical research on seismic performance of high-rise concrete-filled steel tubular buildings, second prize of Tianjin Science and Technology Progress Award.

3. Research on the design method of Taijitou landslide prevention project in Badong County, Hubei Province, and the first prize of scientific and technological progress of Yangtze University.

4. Research on complete sets of technologies for upgrading and transforming old houses-structural experimental research, second prize of scientific and technological progress of Yangtze University.

5.3 Teaching and research projects (representative projects)

1, The Ninth Five-Year Plan of Hubei Education Science (Hubei Education Code [1997]0076): Teaching reform experiment of architectural engineering major in colleges and universities, project participant.

2. Hubei teaching research project: research and practice of teaching content and curriculum system of civil engineering specialty, project leader.

3. Teaching research project in Hubei Province: Exploration on the training mode of engineering design ability of college students majoring in architectural engineering, project participant.

4. Teaching research project in Hubei Province: research on the teaching material system of architectural engineering specialty for 2 1 century, project participant.

5. Teaching research project in Hubei Province: research on the training mode of export-oriented architecture talents, project participants.

6, civil engineering application-oriented talents training mode innovation experimental area, project participants. In 2009

7. Hubei Teaching Research Project (20 10206): Reform and practice of practical teaching and talent training mode for civil engineering specialty. 20 10 year

8. The comprehensive reform project of the Ministry of Education-Autodesk Company: the comprehensive reform project of civil engineering specialty of Yangtze University. 2 102

5.4 Award-winning teaching and research (representative project)

1. Research on the "work-study alternation" talent training mode for undergraduate students majoring in construction engineering, the first prize of Hubei provincial teaching achievement.

2. The theoretical and practical research on the cooperative education mode of work-study alternation, and the first prize of teaching achievement in Hubei Province.

3. The research and practice of the innovative experimental area of the national civil engineering application-oriented talent training mode, and the second prize of teaching achievement in Hubei Province.

5.5 Papers and theses (including textbook compilation)

1, textbook

Basic Principles of Concrete Structure, Tongji University Press, deputy editor, August 2004.

Principles of Concrete Structure Design, edited by Peking University Publishing House, June 5438+ 10, 2006.

Load and Structural Design Method, edited by Peking University Publishing House, June 2006.

Engineering structure, science press, editor-in-chief, February 20 12.

Load and Structural Design Method (2nd Edition), edited by Peking University Publishing House, August 20 12.

Principles of Concrete Structure Design, edited by Machinery Industry Press, August 20 12.

2. Scientific research papers (published by the first author since 2000)

(1) Xu, Peng. Theoretical analysis of shear stress distribution of steel fiber reinforced concrete composite beams, Journal of Jianghan Petroleum Institute, 2000,22 (1), P 1-3.

② Xu, Peng. Calculation of cracking load of fiber reinforced concrete three-pile thick cap, Journal of Jianghan Petroleum Institute, 2000,22 (1), P8-9.

(3) Xu, Peng. Calculation of oblique section bearing capacity of steel fiber reinforced concrete composite beams under secondary loading, Journal of Jianghan Petroleum Institute, 2000,22 (1), P 16-8.

4 Xu, people. Settlement calculation of cement-soil mixing pile composite foundation, Journal of Jianghan Petroleum Institute, 2000,22 (1), P35-37.

⑤ Xu, summer. Discussion on the Design of Multi-story Lightweight Steel Structure Residence, Journal of Jianghan Petroleum Institute, 200 1, 23 (3), P66-68.

(6) Xu, Cai Weidong. Calculation of shear capacity of reinforced concrete short columns strengthened with carbon fiber sheets. Journal of Jianghan Petroleum Institute, 2002,24 (1), P88-9 1

(7) Xu, people. Dynamic safety based on construction progress, Journal of Wuhan University of Technology, 2002,24 (2), P36-39.

Xu, Cai Weidong. Seismic test of short columns strengthened with carbon fiber sheets considering secondary stress, Journal of Wuhan University of Technology, 2002, 24 (7), P27-30.

(9) Xu. Selection and Design of Beam-column Joints of Concrete-filled Steel Tubular Frames, Proceedings of the 7th International Symposium on Young Experts' Structural Participation (included in ISTP, id number: BV54N), Science Press.

(10) Xu, Lu, Hai and Lin. Experimental study on static and dynamic load of prestressed concrete continuous beam bridge, Journal of Jianghan Petroleum Institute, 2002,24 (3), p10/-102.

(1 1) Experimental study on mechanical properties of reinforced concrete short columns strengthened with carbon fiber sheets under repeated loads, Journal of Wuhan University, 2002,35 (4), P92-96.

(12) Xu, Du Guofeng. Grey relational index analysis of bearing capacity of concrete filled steel tubular compression members. Eight international symmetries about the structural engineering of young export products.

(13) Xu, person. Dynamic safety evaluation based on project network progress. Progress in Safety Science and Technology (Volume IV). Science news. ISBN 7-03-0 14386-8 . 2004 . 10:p 1922 1926 ~

(14) Xu, Xu. Structural damage and health monitoring of large oil and gas storage tanks. The third symposium on structural health monitoring and control in China, Japan and the United States. The 4th China National Conference on Structural Control. Dalian university of technology press. ISBN。 2004. 10

(15) Study on seismic reliability of concrete-filled steel tubular frame structure. Journal of Yangtze University (self-taught edition) .2005, 1 (1): 84 ~ 86.

(17) Xu, person. Experimental study on ductility of column foot of concrete filled steel tubular frame structure. Journal of Wuhan University of Technology.

(18) Cheng-Xu Xiang, xu lihua and Jun-Huang Ning. Nonlinear finite element analysis of force transfer mechanism of concrete filled steel tubular column frame joints. The 9th International Symposium on Structural Engineering for Young Experts, Science Press. 2006 (ISTP search, id number: BEZ49) P 1922- 1926.

(19) Xu, Du Guofeng, etc. Experimental study on seismic response of concrete-filled steel tubular column frame structure model. Journal of Wuhan University (Engineering Edition) .2006,39 (3): 68-72.

(20) Cheng-Xu Xiang and Geng Shuyong. Taijitou 1 landslide treatment project and its effect analysis. The 9th International Symposium on Young Experts' Structural Engineering, Science Press, 2006(ISTP Search, IDSNo. :BEZ49) P22 13-22 18。

(2 1) Xu, Peng. Seismic performance analysis of concrete filled steel tubular frame structure based on separation modulus. Journal of Wuhan University of Technology. 29, 2006 (Part II): 28-33

(22) Xu Chunxia and Xu Dahong. Experimental study on damage identification of crude oil storage tank model. Proceedings of the International Symposium on Innovation and Technology. Structural sustainability in civil engineering. Southeast University Press. 2007 (retrieved by ISTP, id number: BHT08). P 1449 - 1456。

(23) Xu, Xu. Damage identification of crude oil storage tanks based on experimental modal analysis. Journal of disaster prevention and mitigation engineering. 2008。

(24) Xu. Experimental study on dynamic performance and seismic response of concrete-filled square steel tubular column frame structure. Proceedings of the 10th International Symposium on Structural Engineering for Young Experts. 2008. Science Press. 705-709(ISTP search, ID number: BIU29).

(25) Xu and Du Guofeng. Implementing the whole process engineering change and cultivating high-quality civil talents. Research and practice on the construction of civil engineering specialty in colleges and universities. p 1 16- 1 19.2008。 Science press.

(26) Xu and Zeng Lei. Optimal design of high strength and high performance concrete based on joint slip theory. Concrete. 2008,230 (12): 98-100. (National Chinese Core Journals)

(27) Xu, Chang 'an Zhu, Xu. Numerical simulation and analysis of seismic response of concrete filled steel tubular frame model. Southwest Jiaodong University Press. 2009(ISTP search). P3 1 1-3 16。

Xu, Jia Shanpo. Study on finite element dynamic model updating and parameter identification of storage tank structure, Journal of Wuhan University of Technology, 20 10.

(29) Xu, Zhu Changan,. Experimental study on thin-walled concrete-filled square steel tubular short columns with stiffening ribs, Journal of Building Structure (Supplement 2), 20 10/0,30 (Supplement 2): 23 1-236.

Xu, Ma Jinjun. Experimental study on mechanical properties of prestressed steel fiber reinforced concrete hollow slab. 2010,230 (12): 98-100. (National Chinese Core Journal)

(3 1) Xu, Chen. Experimental study on seismic behavior of concrete-filled square steel tubular column-steel beam composite frame joints. Journal of civil engineering. 20 10/0,43 (supplementary): 200-205. Issn1000-131x/cn11-2120/tu (domestic)

(32) Cheng-Xu Xiang, Jian-Chen Quan, Shu-Zhen Xu. Analysis of square thin-walled concrete-filled steel tubular short columns with reinforcing ribs. Proceedings of the 11th International Symposium on Structural Engineering, Science Press. 20 10，P498~520 .ISBN 978-7-03-029530-9/TU.878

(33) Xu. Research status and analysis of special-shaped concrete-filled steel tube structure. Journal of Yangtze University (self-taught edition) 20 10/0,7 (3):126-130. ISSN 1673- 1409/cn 448。

(34) Xu, Zanjun Wu. Experimental study on seismic behavior of T-shaped concrete-filled steel tubular frame joints, Advanced Materials Research, Vol. 368-373 (20 12), pp. 38-4 1.

Xu, people. Selection and design of special-shaped concrete-filled steel tubular columns. Journal of Yangtze University (self-taught edition) .2012,9 (1):139-141.

Xu, Wan Bo, Zhang Chenggong and Ma Jinjun. Experimental study on seismic behavior of cross-shaped concrete-filled steel tubular column frame joints. Building structure. 2012,42 (3): 80-83.

Xu, Wu Zanjun, Zeng Lei, Zhang Chenggong and Ma Jinjun. Experimental study on seismic behavior of top-level joints of T-shaped concrete-filled steel tubular column-I-beam frame. Journal of Building Structure.2012,33 (8): 58-65.

Xu, Du Guofeng, Zhang Jicheng. Comparative study on seismic behavior of frame column joints with cross-shaped concrete-filled steel tubular columns. Journal of Wuhan University of Technology.2012,34 (8):118-122.

(39) Xu,,,. Experimental study on seismic behavior of local joints of concrete-filled steel tubular cross-section column-steel beam composite frame. Proceedings of the 12th International Conference on Structural Engineering. Science press. 20 12，P370-375。

Xu, Jia Shanpo, Tu, Du Guofeng. Experimental study on pipeline damage identification based on working strain mode. Journal of Southwest Jiaotong University.2013,48 (6):1031-1037.

(4 1) Xu, person. Present situation and prospect of damage identification of concrete filled steel tubular structures after earthquake. Journal of Yangtze University (self-taught edition) .2013,10 (13)17-166.

3. Teaching research papers

(1) Xu, Ma,. Reform and practice of practical teaching in architectural engineering specialty. Educational research series of national building materials colleges (Volume II). Wuhan University of Technology Press. 1998.5.

(2) Xu. Some thoughts on making the teaching plan of civil engineering specialty. New theory of higher education research, Nanhai publishing company. 1998 438+02.P72-74。

(3) Xu, Lu Hailin,. Teaching reform of concrete structure course. Coal Higher Education, 2000,64 (3), P73-74

(4) Xu, Ma. Implementing the alternation of work and study to cultivate innovative talents. Research on higher engineering education, 200 1 (supplement)

(5) Xu, Ma. Teaching reform and construction of structural engineering series courses. Theory and Practice of Architectural Education Reform (Volume III) .2001,5.

(6) Xu. Discussion on the reform of teaching content system of civil engineering specialty. Theory and Practice of Architectural Education Reform (Volume III). Wuhan University of Technology Press.2005438+0,5.

(7) Xu, Pu Zhongbiao. Discussion on the reform of teaching content system of civil engineering. International journal of engineering education theory and practice.

Serial number: 1609-2902

(8) Xu, people. Design and production of multimedia CAI courseware for concrete structure. Journal of Jianghan Petroleum Institute, 2002,4 (2), P66-67.

(9) Xu and Du Guofeng. Implementing the whole process engineering change and cultivating high-quality civil talents. Research and practice on the construction of civil engineering specialty in colleges and universities. Science Press. 2008.p116-119.

(10) Xu, Zeng Lei, Research on the training mode of school-enterprise cooperation in civil engineering specialty. Higher architectural education, 20 1 1, 20 (5): 9- 12

(1 1) Xu, Zeng Lei, Peng Congwen. Exploration on training outstanding civil engineers in local comprehensive universities. Journal of Xi University of Architecture and Technology (Social Science Edition) .2012 (Supplements), 66-69, ISSN 1008-765438.