A Conceptual Framework for a BIM-Based Collaboration Platform Supported by Mobile Computing

Yuan Chen

doi:10.4028/www.scientific.net/AMM.94-96.2144

Paper Titles

Research on Numerical Simulation of Flow-Field around the Building Based on FLUENT
p.2123

Numerical Analysis of Fluid-Structure Interaction of Frame Structure Considering the Impact of Turbulent Wind Load
p.2130

Building Component Maintenance/Repair Management: an Economic Analysis Simulation
p.2134

Probe into Improved D-S Evidence Inference Algorithm Based on Weighted Method in Traffic Information Recognition
p.2138

A Conceptual Framework for a BIM-Based Collaboration Platform Supported by Mobile Computing
p.2144

Secondary Development of Marc Software Based on Shield Tunnel Load Structure Method and its Verification
p.2149

The Finite Element Analysis on the Mainframe of High-Pressure Grouting Machine
p.2153

Research on the Road Concrete Mixing Uniformity Control Technology
p.2157

Occupational Safety in the Construction Site: Survey and Principle in Cheng Du
p.2169

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 94-96A Conceptual Framework for a BIM-Based...

A Conceptual Framework for a BIM-Based Collaboration Platform Supported by Mobile Computing

Abstract:

The construction industry has been known as a complicated environment with respect to the multiple phases and multidisciplinary participants. The emergence of new concepts and information technologies including BIM, IFC, Web, wireless networks and Mobile Computing, give the construction industry a powerful potential to build a platform allowing project participants to work collaboratively. This paper reports a conceptual framework for a BIM-based collaboration platform that contains the model of BIM-supported integration for construction processes and the technological architecture for the system. This paper concludes with suggestions for further developing and testing of the conceptual framework.