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Civil-Comp Proceedings
ISSN 1759-3433
CCP: 37
INFORMATION PROCESSING IN CIVIL AND STRUCTURAL ENGINEERING DESIGN
Edited by: B. Kumar
Paper IX.2

An Expert System for Designing Bar-Mesh Modules of Reinforced Concrete Structures - AUREMSYS

J.-J. Kim*, J.-H. Kim*, D.-Y. Lee*, K.-H. Lee*, K.-R. Kim# and S.-J. Hong**

*Department of Architectural Engineering, Hanyang University, Seoul, Korea
#Construction and Economy Research Institute of Korea, Seoul, Korea
**Sunkyong Engineering and Construction Co., Seoul, Korea

Full Bibliographic Reference for this paper
J.-J. Kim, J.-H. Kim, D.-Y. Lee, K.-H. Lee, K.-R. Kim, S.-J. Hong, "An Expert System for Designing Bar-Mesh Modules of Reinforced Concrete Structures - AUREMSYS", in B. Kumar, (Editor), "Information Processing in Civil and Structural Engineering Design", Civil-Comp Press, Edinburgh, UK, pp 241-252, 1996. doi:10.4203/ccp.37.9.2
Abstract
This paper introduces an expert system called AUREMSYS - AUtomated REbar Module Design SYStem. AUREMSYS is a set of computer programs which analyzes reinforcement drawings of a reinforced concrete structure and develops rebar modules for prefabrication. Such rebar modules are also named as bar-meshes because a rebar module is made of a set of horizontal and vertical rebars welded together like a mesh. To develop a bar-mesh design system, a design standard for bar-mesh needs to be established first. The authors determined a bar-mesh design standard by analyzing various factors that come from design to construction stages. Some of these factors include the Korean standard for reinforced concrete structures, local transportation environment, workmanship of local labor forces, performances of automated welding machines, etc. Considerable effort is made in developing a bar-mesh design algorithm. This paper discusses two specific bar-mesh design algorithms that are devised in the process of AUREMSYS development. The first algorithm is designed by focusing on a rebar element itself, and the second algorithm is designed by introducing a "Zone Object" concept.

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