Research on the Design of Scaffold Based on Application of Secondary Development in Revit

LI Zhengnong, ZHU Aimin, WU Houghua, LIU Anyuan, WANG Wenjian, ZHANG Mingliang

Abstract

This paper focuses on the development of steel tubular scaffold with couplers in construction, based on Revit, through the aid of Revit API. The specific method is to create required family members of the scaffold by using C# as the programming language. Revit API can automate the rivial modeling of scaffold, which can assist the designers to build the moulding in short time, and meanwhile integrate the computing functions of scaffold into Revit. This program finally achieves the functions of scaffold safety calculation and intelligent modeling. Moreover, taking a specific instance to illustrate the stability and applicability of this method, this program can realize a 3D visualization model of scaffold in a short time, which satisfies the engineering requirement and provides rich engineering information. Finally, it significantly improves the work efficiency of the designers and constructors.

 

Keywords: scaffold,  BIM,  Revit API,  secondary development,  C#


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References


MA Z L. Rcscarch on application value and development trend of bim technology [J]. Construction Technology. 2015 .44 (6): 1 3. (In Chinese)

JGJ 130 - 2011 Technical code for safety of steel tubular scaffold with couplers in construction[S]. Beijing: China Architecture 8- Building Press. 2011:7 -38. (In Chinese)

DENG T J.ZHU M. Research on economical design of cast-in-place single-side concrete formwork templates and support system [J]. Journal of Hunan University (Natural Sciences). 2015. 42( 11): 133- 138. (In Chinese)

YANG F Y. Study on the computation method and software development of clip-holding steel-tube scaffold [D]. Hangzhou: College of Civil Engineering and Architeture. Zhejiang University. 2003:34 - 41. (In Chinese)

LIU X. Studies on computing and analysis of tubular scaffold joined by couplers and program development [D]. Hangzhou, College of Civil Engineering and Architeture. Zhejiang University. 2005s25 - 36. (In Chinese)

ZHENG Q G. Application of building information modeling in the ring lock scaffold system[D]. Beijing:School of Civil Engineering, Beijing Jiaotong University, 2016; 1 - 32. (In Chinese)

CU1 X Q. JI F, 1.1 Z K. Development of cantilever scaffold expert system based on B1M[J]. Building Construction. 2017.39 (5):673-675. (In Chinese)

WU L. SHAO M M. XIA P. Applied research of bim technology in scaffold safely management [J]. Cunsiiuitiun Teclinulugy. 2016 . 45(18): 15-17. (In Chinese)

MU W Q. XU w. NAN F L. et at. Research on application of BIM technology in the fine management of formwork scaffold construction [J]. Construction Technology. 2017. 16(6): 12- 14. (In Chinese)

PARN E A, EDWARDS D J. Conceptualising the FinDD API plug-in: A study of BIM-FM integration [J]. Automation in Construction. 2017.80:11 - 21.

MAI A L. MEDA P. FREITAS J G. BIM Methodology, a new approach-case study of structural elements creation [J]. Procedia Engineering. 2015. 11-1:816 - 823.

ZOTKIN S P. IGNATOVA E V. ZOTKINA 1 A. The organization of autodesk revit software interaction with applications for structural analysis [J]. Procedia Engineering. 2016, 153: 915-919.


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