Compatibility Issues of Industrialized Building System (IBS) in Interior Construction: A Case Study in Kuala Lumpur

Abstract

The Construction Industry Development Board Malaysia (CIDB) defines Industrialized Building System (IBS) as a construction technique in which components are manufactured in a controlled environment (on or off-site), positioned, transported and assembled into a structure with minimal additional site works. Such as, component that are being pre-fabricated in a controlled environment on-site are also considered as IBS. Main problem is when the contractors have bad workmanship while using pre-fabricated panels at site and IBS components are deliberated to be inflexible with respect to be changes or renovations. The aim of this research to identify the issues of compatibility of Interior construction in IBS components. This study will concentrate on interior construction works using of IBS components. The importance of this research is to establish design for solution the issues in using IBS components in interior constructions. This research also to develop design criteria of IBS components that have advantage and disadvantage in interior construction industry in Malaysia. According to this study, the availability of knowledge and information on IBS components for interior construction will be contribute to others. This research also develops new design criteria benefits to designer that using IBS components at site. In long term this research will implement as set of guidelines and additional knowledge that may encourage usage of user and CIDB.

Hybrid System Methods in Industrialised Building Systems (IBS): A Structural Compatibility Study

“…The central matter is to foster a standards or rules for architect's choices making when utilizing the framework. Each economical rules execution should be address to settle the secret possibilities of carrying out IBS development framework by Yaman et al, [21]. The pre-loaded hybrid joint optimally combines the specific advantages of both elementary joining methods and thus creates an efficient structural joint, Christian Denkert et.al., [5].…”