Lan Jianxun's Main Papers (Works)

1, Tian Ying, Lan Jianxun. Construction technology of super-high variable cross-section cantilever scaffold for sea sightseeing tower of Hangzhou Bay Bridge [J]. Building technology, 2012,43 (8): 695-699;

2. Lan Jianxun. Design and Construction of Arc Steel Roof of Ordos Terminal [J]. Building Construction, 20 1 1, 33 (12):1100165438.

3. Lan Jianxun, et al. Application of cantilever scaffold in suspended ceiling construction of long-span space structure [J]. Architectural Technology, 2013,44 (8): 688-690;

4. Lan Jianxun (author 2), et al. Application of large-scale cantilever track mobile light scaffolding platform in Kunming new airport project [J]. Beijing: China Building Science Press, 2002. Building Construction, 2012,34 (3): 224-226;

5. Lan Jianxun. Application of electromechanical function terminal unit integration technology in Kunming New Airport Terminal [J]. Architecture, 201,33 (10): 926-928;

6. Lan Jianxun. Research on design and construction of hyperbolic grid roof [D]. Wuhan: Huazhong University of Science and Technology, 20 10.

7. Lan Jianxun. Analysis on the main causes of glass breakage of point-supported curtain wall and its control technology [J]. Architectural Technology, 201,42 (4): 306-309;

8. Lan Jianxun, et al. Key technology of breathable double curtain wall for pyramid building in cold and windy sand area [J]. Building technology, 20 10/0,39 (03): 74-78;

9. Lan Jianxun, et al. Roof reinforcement and maintenance technology of Guangdong Science Museum [J]. Architectural Technology, 20 10/0,41(9): 797-799, the third prize of excellent papers of Guangdong Construction Engineering Group;

10, Lan Jianxun, et al. Design and construction technology of ultra-large hyperbolic grid bottom chord aluminum ribbon ceiling in T3B terminal of Beijing Capital International Airport [J]. Building construction, 2007,29 (02):128-131;

1 1, Lan Jianxun, etc. Application and innovation of CRAB series modular scaffolding in the super-large space and super-long span construction of T3B terminal building of Beijing Capital International Airport [J]. Building construction, 29, 2007 (05): 349-352;

12, Lan Jianxun. Close-range photogrammetry technology of three-dimensional coordinates of the lower chord ball of the super-large hyperboloid grid ceiling in T3B terminal building of Beijing Capital International Airport [J]. Architectural Technology, 2007,36 (07): 77-78;

13, Lan Jianxun, etc. Construction technology of crab modular scaffold mobile working platform in T3B terminal of Beijing Capital International Airport [J]. Building construction, 2008,30 (03):180-182;

14, LAN jianxun, et al. construction method of long-span and large cantilever crab series modular scaffolding [J]. building technology, 2008,39 (07): 532-534;

15, Lan Jianxun. Application technology of chemical anchor bolt in building curtain wall engineering [J]. Building Technology, 2006,37 (09): 681-682;

16, Lan Jianxun, et al. Design of suspended ceiling system adapted to complex bending deformation of super-large space truss [J]. Journal of Architecture. Architectural Technology, 2008,37 (03): 65-67;

17, Lan Jianxun (third author), etc. Curtain Wall Design and Construction Technology of Terminal 3 of Beijing Capital International Airport [J]. Building Construction, 2008,30 (03):182-183;

18, Lan Jianxun, etc. Exploration and practice of humanized and refined management of large-scale architectural decoration engineering [J], China Architectural Decoration, 2009,07: 49-53;

19, Lan Jianxun. Causes and prevention of alkaline flooding on wet-bonded natural stone wall [J], Guangdong Building Materials, 2003/07;

20. Lan Jianxun, etc. Planning and implementation of knowledge management in architectural decoration enterprises [J], China Architectural Decoration, 2008/12;

2 1, Lan Jianxun. A new layered construction technology of large-area antistatic epoxy self-leveling conductive medium [J], China Architectural Decoration, March 2009.