2) Chen Baochun and Zheng Zhenfei, Internal Force Analysis of Spatial Curved Bar Structure, Proceedings of the 5th Annual Meeting of the National Civil Engineering Society and the 3rd National Urban Bridge Conference,1990 May, Tianjin University Press.
3) Chen Baochun, Zheng Zhenfei, Nonlinear Thermal Stress Analysis of Arch Bridges, Journal of Fuzhou University, No.3, 1990.
4) Zheng Zhenfei and Chen Baochun, Architectural Art of Ancient Bridges in Fujian, Journal of Fuzhou University (Social Science Edition), No.2, 199 1.
5) Chen Baochun and Zheng Zhenfei, Summary of Calculation Methods for Curved Bridges, Fujian Transportation Technology, No.2, 1992.
6) Chen Baochun, Jiang Chunfang, Zheng Zhenfei, Mechanical Analysis of Multi-format Inclined Bridge, Journal of Fuzhou University (Natural Science Edition), No.3, 1993.
7) Zheng Zhenfei and Chen Baochun, Theoretical Research on the Limit State Design of Arch Bridges, Journal of Fuzhou University (Natural Science Edition), No.4, 1993.
8) Chen Baochun, Guo Jinqiong, Discussion on the Design of Anxi Fengcheng Suspension Bridge, Journal of Fuzhou University (Natural Science Edition), 1995(4)
9) Chen Baochun, Guo Jinqiong, Zheng Zhenfei, Xuan Ming Bridge Design, Journal of Fuzhou University (Natural Science Edition), 1996(4)
10) Chen baochun et al, static load test analysis of concrete filled steel tubular arch bridge, Journal of Fuzhou University (Natural Science Edition), 1996(4)
1 1) Chen Baochun, Zhang, Qian Shitang, Farewell to Priority Roundabout Theory and Its Application in Ziyang Separation Interchange, Journal of Fuzhou University (Natural Science Edition), 1996(4)
12) Chen Baochun, Wu Mingren, Application of PWS cable hoisting method in light suspension bridge, Journal of Fuzhou University (Natural Science Edition), 1996(4)
13) Chen baochun, ribbed reinforced concrete suspension bridge, journal of Fuzhou university (natural science edition), 1996 (supplement)
14) Chen baochun, summary of concrete filled steel tubular arch bridge, bridge construction, 1997(2)
15) Chen Baochun, Guo Jinqiong, Mao Chengzhong, etc. , National Highway 3 16 Optimization Design of Shitanxi Bridge in Minqing, Fujian, Journal of Harbin Jianzhu University, Proceedings of the Sixth Annual Meeting of China Steel Association, 1997(5).
16) Chen Baochun, Sun Chao, Stress Analysis of Shitanxi Bridge Construction, China Journal of Highway Transportation, 1 1(4),199865438+February, pp:5 1-57.
17) Chen baochun, discussion on design and calculation of concrete-filled steel tubular arch bridge with single circular tube rib, Journal of Fuzhou University (Natural Science Edition),199865438+February, 26(6), pp: 8 1-85.
18) Chen baochun, Zou zhongquan, tied arch design of concrete filled steel tube rigid frame of Lanxi bridge, journal of Xiangtan mining institute, 13(4), 1998+02, pp. 73-76.
19) Chen baochun, design of tied arch with concrete filled steel tube rigid frame, proceedings of academic conference of bridge and structural engineering society of China highway society 1998, People's Communications Press.
20) Chen Baochun, Xu Aimin, Temperature Field Analysis of Concrete Filled Steel Tube Arch Rib Section, Journal of Harbin Jianzhu University, Proceedings of the Seventh Annual Meeting of Steel-Concrete Composite Structure Association of China Steel Association, 1999 (3): 86-9 1.
2 1) Liu Yuqing, Chen Baochun, Yan Banxi, et al. Seismic response characteristics of concrete filled steel tubular bridges.
22) Liu Yuqing, Chen Baochun and Yan Banxi. China にぉけるコニケリートァーチチチぉぉ.
23) Chen Baochun, Chen, Experimental study on the whole process of internal stress of concrete-filled steel tubular rib arch surface, Engineering Mechanics, 17(2), 2000, pp. 44-50 (EI included in EI).
24) Chen Baochun, Lin Ying, Xu Aimin, Temperature Internal Force Analysis, Composite and Mixed Structure of Concrete Filled Steel Tubular Arch Bridge, Proceedings of the 6th ASCCS Conference on Steel and Concrete Composite Structures, March 2000, pp. 239-246.
25) Chen Baochun, Chen, Experimental study on the whole process of in-plane load of concrete-filled steel tubular ribbed arch bridge, composite and mixed structure, Proceedings of the 6th ASCCS International Conference, March 2000, Los Angeles, pp 167-172.
26) Chen Baochun, Xu Aimin, Analysis of Temperature Difference in Calculation of Thermal Internal Force of CFST Arch Bridge, Journal of China Highway Traffic, 13(2), April 2000, pp. 52-56 (EI included in EI).
27) Chen Baochun, Chen, Preliminary Analysis of Natural Vibration Characteristics and Seismic Performance of Concrete-filled Steel Tubular Arch Bridge, Theory and Application of Structural Engineering (Proceedings of the 6th International Symposium of Young Experts on Structural Engineering), Yunnan Science and Technology Press, pp 136- 146.
28) Chen Baochun, Discussion on Structural Design of CFST Arch Bridge, Proceedings of 14th Annual Meeting of china civil engineering society Society of Bridge and Structural Engineering, Shanghai: Tongji University Press, 2000: 505-5 12.
29) Chen Baochun, Liu Zhi, Lin Hanbin, Progress of World Cross-Harbour Tunnel Project and Conception of Taiwan Province Strait Passage, Journal of Fuzhou University (Natural Science Edition), 28(4), August 2000: 5 1-55.
30) Chen Baochun, Chen,,, Concrete-filled Steel Tube Composite Arch Bridge, Bridge Construction, 200 1( 1), 134No.: 17-20.
3 1) Chen Baochun, Chen, Application and Development of Bridge Rotation Construction Method in China, Highway Traffic Technology, 200 1(2), PP 24-28,
32), Chen Baochun, Yan, Structural Characteristics of Composite Bridge, Proceedings of Structural Engineering, Vol. 47A, 2006,543.
Liu Yuqing, Chen Baochun and Yan Banxi. China grew up, grew up and got together. Urban project (Japan) .2001(4), 200 1.4, pp. 40-44.
34) Chen Baochun, Chen, Liu Yuqiong, Steel Tube-Concrete Filled Steel Tube Composite Arch Bridge, Proceedings of the Third International Arch Bridge Conference, 19-2 1, September 2006, Paris, France.
Wu Qingxiong, Chen Baochun, Gao Qiao He Xiong, etc. , China にぉけるコニケリートァーチチのチチチ/kl.
36) Chen Baochun, Wang Laiyong, Chen, Experimental Study on Concrete Filled Steel Tubular Cantilever Short Columns, Journal of Fuzhou University (Natural Science Edition), 29(6), 200165438+February, pp: 98- 103.
37) Chen Baochun, Research on Construction of CFST Arch Bridge [J], Bridge Construction, 2002(3), 143, 55-59.
38) Chen Baochun, Report on the Research Status of CFST Arch Bridges, Proceedings of the Seventh International Symposium on Export Structural Engineering, August 28-3, 20021,China, Tianjin, Science Press, 2002, Beijing: 759—765 (ISTP included in).
39) Chen Baochun, Ou Zhijing, Wang Laiyong, Han Linhai, Experimental Analysis on Bearing Capacity of Concrete Filled Steel Tube under Eccentric Compression, Journal of Fuzhou University (Natural Science Edition), 30(6), 65438+February 2002, pp:838-844.
40) Chen Baochun, Hikosaka Hiroshi, Influence of eccentricity on performance of eccentrically loaded concrete-filled steel tubular columns, structural progress, structural progress procedure-steel, concrete, composite materials and aluminum, Sydney, Australia, June 22-25, 2003, A. A. Balkema Press, pp. 973-978 (included in ISTP).
4 1) Chen Baochun, Qin Zebao, Yan Banxi, Chen, Double nonlinear finite element analysis of in-plane internal stress of concrete filled steel tubular arch (single circular tube), Journal of Railway, 25(4), August 2003, 80-84 (included in EI).
42) Chen Baochun, Wang Laiyong, Ou Zhijing, Han Linhai. Experimental study on stress and strain of concrete filled steel tube under eccentric compression, Engineering Mechanics, 20(6), 65438+February 2003, 154- 159 (included in EI).
43) Chen Baochun, Research Progress on Calculation Theory of Concrete Filled Steel Tubular Arch Bridges [J], Journal of Civil Engineering, 36( 12), 65438+February 2003, pp. 47-57.
44) Bao, Inspection and Reinforcement of Wulongjiang Bridge, Proceedings of the 8th International Conference on Inspection, Appraisal, Repair and Reinforcement; Structural maintenance, 18- 19, 20031February, Singapore, 4 1-46.
45) Chen Baochun, Chen, Wang Laiyong, Han Linhai, Study on Stress-strain Relationship Model of Concrete Filled Steel Tube under Eccentric Compression, China Highway and Traffic, 17( 1), 2004, 1, PP: 24-28.
46) Chen Baochun, Hikosaka Hiroshi, Influence of eccentricity on performance of eccentrically loaded concrete-filled steel tubular columns, structural progress, structural progress procedure-steel, concrete, composite materials and aluminum, Sydney, Australia, June 22-25, 2003, A. A. Balkema Press, pp. 973-978 (included in ISTP).
47) Chen Baochun, Qin Zebao, Yan Banxi, Chen, Double nonlinear finite element analysis of in-plane internal stress of concrete filled steel tubular arch (single circular tube), Journal of Railway, 25(4), August 2003, 80-84 (included in EI).
48) Chen Baochun, Wang Laiyong, Ou Zhijing, Han Linhai. Experimental study on stress and strain of concrete filled steel tube under eccentric compression, Engineering Mechanics, 20(6), 65438+February 2003, 154- 159 (included in EI).
49) Chen Baochun, Research Progress on Calculation Theory of Concrete Filled Steel Tubular Arch Bridges [J], Journal of Civil Engineering, 36( 12), 65438+February 2003, pp. 47-57.
50) Bao, Inspection and Reinforcement of Wulongjiang Bridge, Proceedings of the 8th International Conference on Inspection, Appraisal, Repair and Reinforcement; Structural maintenance, 18- 19, 20031February, Singapore, 4 1-46.
5 1) Chen Baochun, Chen, Wang Laiyong, Han Linhai, Study on Stress-strain Relationship Model of Concrete Filled Steel Tube under Eccentric Compression, Journal of China Highway Traffic, 17( 1), 2004, 1, PP: 24-28 (included in EI
52) Chen Baochun, Technical Achievements and Prospects of Arch Bridges, Proceedings of the Second National Highway Science and Technology Innovation Forum, Chaohua Press, 2004, 12 1- 125.
53) Chen Baochun, Huang,,, Development of External Prestressed Concrete Bridges, Chinese and Foreign Highways, Vol.24, No.2, April 2004, pp.34-37.
54) Bao You, Nonlinear Finite Element Analysis of Concrete-filled Steel Tubular Truss Arch, Progress of Concrete and Structure, Proceedings of International Conference ICACS 2003, 17- 19, September 2003, Xuzhou, China, pp: 1367- 1372.
55) Chen Baochun, Rylin, Sun Chao, Application and Development of Aluminum Alloy Bridges, World Bridges, 2004(2), June 2004, 68-70.
56) Chen Baochun, Huang Fuyun, Xiao Zerong, Equivalent Single Tube Algorithm for Ultimate Bearing Capacity of Dumbbell Concrete-filled Steel Tubular Short Columns, Highway Traffic Technology, 2 1(6), June 2004: 50-53.
57) Chen Baochun, Wei Jiangang, Influence of Stiffness of Arch Rib of Concrete Filled Steel Tube (Single Circular Tube) on Its Dynamic Characteristics, Earthquake Engineering and Engineering Vibration, 24(3), June 2004, PP: 105- 109.
58) Chen Baochun, Peng Guihan, Overview of the Development of Some Cable-stayed Bridges, East China Highway, 2004(3), June 2004, 89-96.
59) Chen Baochun, Qin Zebao, Analysis of in-plane mechanical properties of concrete-filled steel tube (single circular tube) ribbed arch, Journal of Railway, 26(4), August 2004: 87-92 (included in EI).
60) Chen Baochun, New Development of Design Theory of Concrete Filled Steel Tubular Arch Bridge, Urban Human Settlements and Infrastructure-IABSE Seminar, Shanghai 2004, IABSE Report, Vol.88, 244-245.
6 1) Chen Baochun, Sun Chao, Liu Zhenyu, spatial stability test of semi-circular steel arch, Chinese and foreign highways, 24(5), 10 2004, 6 1-65.
62) Bao, You, Ze, Yan Banhong, Study on the Application and Ultimate Bearing Capacity of Concrete-filled Steel Tubular Arch Bridge, Evaluation, Structural Design and Construction Progress of the 4th Arch Bridge, Proceedings of the 4th International Arch Bridge Conference, 17- 19, Novt. 2004, Barcelona, Spain, 38-52
63) Chen Baochun, Huang Ling, Wu Qingxiong, Cable-stayed Bridge with Corrugated Steel Web, World Bridge, 2004(4), 2004, 65438+2, 5-8.
64) Chen Baochun, Xiao Zerong, Stress analysis of dumbbell-shaped arch rib of concrete filled steel tube when concrete is poured into the tube, Journal of China Highway Traffic, 18( 1), 2005, 1, 73-76.
65) Chen Baochun, Huang Fuyun, Ye Sheng. Experimental study on dumbbell-shaped concrete-filled steel tubular short columns under axial compression [J], Engineering Mechanics, 22( 1), February 2005, 187- 194.
66) Chen Baochun, Xiao Zerong, Wei Jiangang. Experimental study on dumbbell-shaped concrete-filled steel tubular members under eccentric compression [J], Engineering Mechanics, 22(2), April 2005, 89-95.
67) Chen Baochun, Huang, Application Summary of PC Box Girder Bridge with Corrugated Steel Web, Highway, July 2005, No.7, 45-53.
68) Chen Baochun, Ye Sheng, Wei Jiangang, Experimental Study on Bending of Concrete Filled Steel Tube Dumbbell Beam, Engineering Mechanics, 22(4), August 2005, 1 19- 125.
69) Chen Baochun, Development Status of Arch Bridges in China, Proceedings of the 4th International Conference on New Bridge Dimensions (Thematic Papers), 2005124-25 October, Fuzhou, China, 13-24.
70) Chen Baochun, Lin Jiayang, Double nonlinear finite element analysis of spatial stress of concrete filled steel tubular arch, Journal of Railway, No.6, 2005.
7 1) Chen Baochun, Wei Jiangang, Lin Ying, Experimental study on asymmetric loading of two points on the plane of pipe arch, Journal of Civil Engineering, 39( 1),No. 1, 2006: 43-49.
72) Chen Baochun, Rylin, Bridge Type Analysis of Through CFST Arch Bridge, Highway, No.2, 2006, 1-4.
73) Chen Baochun, Huang, Research on Experimental Design of 600-meter Concrete Arch Bridges on Chinese and Foreign Highways, 26( 1),No. 1, 2006: 80-82.
74) Chen Baochun, Research Progress of Super-long-span Concrete Arch Bridges, Proceedings of the 17th National Bridge Academic Conference, People's Communications Press, April 2006: 198-204.
75) Chen Baochun, Wei Jiangang, Lin Jiayang, Experimental study on spatial stress of concrete-filled steel tube (single circular tube) single rib arch, Engineering Mechanics, 23(5), May 2006, 99- 106.
76) Chen Baochun, Wen, Latest Achievements of Bridge Engineering in China (Thematic Report), Proceedings of Bridge-International Bridge Conference, Dubrovnik, Croatia, May 2, 20061-24, HDGK, Dubrovnik, Croatia, 2006: 37-56.
77) Study on the Performance of "Flying Bird" Arch Bridge with Concrete Filled Steel Tube, Proceedings of Bridge-International Bridge Conference, Dubrovnik, Croatia, May 2, 20061-24, HDGK, Dubrovnik, Croatia, 2006: 205-2 12.
78) Chen Baochun, Investigation and Analysis of CFST Arch Bridges, World Bridges, No.2, 2006, June 2006: 73-77.
79) Wu Qingxiong, Gao Qiao Hefu, Chen Baochun, Parametric Vibration Analysis of Cable-stayed Bridges with Cable Finite Element Method, Structural Engineering and Mechanics, 23(6), August 20, 2006: 691-71.
80) Bao, Development Trend of Super-long Span Arch Bridge, Progress of Structural Engineering-Theory and Application, Proceedings of the 9th International Symposium of Young Experts on Structural Engineering (ISSEYE-9), Science Press,18-210, Fuzhou: 1997-2002.
8 1) Chen Baochun, Ou Zhijing, Critical Load Analysis of Concrete-filled Steel Tubular Lattice Columns under Eccentric Compression, Proceedings of the 8th International Conference on Steel-concrete Composite and Hybrid Structures, Harbin, China, August 2006,11/kloc-0.
82) Chen Baochun, Ou Zhijing, Experimental study on the influence of slenderness ratio of concrete-filled steel tubular lattice columns, Journal of Building Structure, 27(4), No.4, 2006: 73-79.
83) Ou Zhijing, Chen Baochun, Analysis of ultimate bearing capacity of concrete-filled steel tubular lattice columns under eccentric compression, Journal of Building Structure, 27(4), No.4, 2006: 80-83 (102)
84) Chen Baochun, Huang, Design and Construction of Henrik Arch Bridge in Portugal, World Bridge, 2006(3), September 2006: 1-4.
85) Chen Baochun, Wei Jiangang, Lin Jiayang, Spatial mechanical properties analysis of concrete filled steel tubular arch, Journal of Fuzhou University (Natural Science Edition), 34(5), 2006 10: 732-738.
86) Chen Baochun, Wang Yuanyang, Huang, New Bridge Type Conception of Corrugated Steel Web Concrete Arch Bridge, Proceedings of the 2006 National Bridge Academic Conference of Bridge and Structural Engineering Society of China Highway Society, People's Communications Press, 2006: 209-2 16.
87) Chen Baochun, Tang Yi, Design Concept of Hollow Sandwich Concrete-filled Steel Tubular Arch Bridge without Wind Braces, Proceedings of 2006 National Bridge Academic Conference of Bridge and Structural Engineering Society of China Highway Society, People's Communications Press, 2006: 229-234.
88) Chen Baochun, Qin Zebao, Equivalent Beam-Column Method for Ultimate Bearing Capacity Calculation of Concrete Filled Steel Tube (Single Circular Tube) Rib Arch, Journal of Railway, No.6, 2006.
89) Chen Baochun, Gao Jing, Wu Qingxiong, Overview of the Development of Steel Arch Bridges, Forum on the Development of Steel Arch Bridges, Journal of Beijing Jiaotong University, Volume 30 (Supplement), 2006 165438+ 10: 22-30.
90) Wu Qingxiong, Gao Qiao Hefu, Chen Baochun: Influence of Cable Relaxation on Nonlinear Parametric Vibration of Stay Cables, Structural Engineering and Mechanics, Vol.25, No.3, February 20, 2007: 2 19-237 (included in sci, ei).
9 1) Wu qingxiong, Chen baochun, modified Irvine equation for plane natural vibration calculation of stay cables of mast structure, engineering mechanics, 24(4), April 2007, 18-23.
92) China's long-span concrete arch bridge, concrete structure-promoting factors of development, concrete structure-promoting factors of development, proceedings of 2007 Dubrovnik International Fiber Conference, Croatia, May 20-23, 2007: 69-76.
93) Chen Baochun, Huang, Experimental study on ultimate bearing capacity of truss beam with circular tube section, Journal of Building Structure, 28(3), June 2007, 3 1-36.
94) Design of concrete-filled steel tubular arch bridge, Proceedings of the 4th International Professional Conference on Conceptual Methods of Structural Design, June 28-29, 2007, Venice, Italy: 349-357.
95) Chen Baochun, Ou Zhijing, Experimental Study on Concrete Filled Steel Tubular Lattice Columns, Journal of Civil Engineering, 40(6), June 2007: 32-4 1.
96) Chen Baochun, Wei Jiangang, Experimental Study on Five-point Symmetrical Loading of Pipe Arch, Engineering Mechanics, June 2007, 24 (6): 73-78.
97) Chen Baochun, Wu Qingxiong, Wang Yuanyang, Seismic Response Analysis of Corrugated Steel Web Concrete Box Arch, Earthquake Engineering and Engineering Vibration, 27(3), June 2007: 47-53.
98) Chen Baochun, the latest progress in the application and research of concrete-filled steel tubular arch bridges, Proceedings of the 6th National Conference on Structural Engineering (Volume II), Journal of Engineering Mechanics, August 2007: 395-398.
99) Bao, Summary of concrete and concrete-filled steel tubular arch bridges in China (invited report), Proceedings of the 5th International Arch Bridge Conference, 12- 14, September 2007, Madeira, Portugal: 29-44.
(100) Bao, Yuan, Corrugated web concrete arch-a new method of super-long span arch bridge, Proceedings of the Fifth International Conference on Arch Bridges, 12- 14, September 2007, Madeira, Portugal: 807-8 14.