by Patterson, Michael Robert, M.B.S., University of Southern California, 2008 , 449 pages; AAT 1454120

Abstract (Summary)

This thesis formulates a hypothesis that the rate of diffusion of innovative building technology, in this case structural glass fa?ade technology, can be facilitated in a manner to accelerate growth, and a strategy is developed for accomplishing this. In the process, structural glass fa?ade technology is defined and described, and significant aspects categorized. A web-based resource is developed as a source for information, learning programs, design guides and tools. Reference information is included with respect to all aspects of the technology including glass materials, glass-fixing systems, and structural systems as required to develop a comprehensive fa?ade concept. A Microsoft Windows based analytical design tool has also been developed to facilitate conceptual development of appropriate fa?ade solutions by aspiring adopters of the technology. The tool provides for the development of comparative solutions from a selection of structure type options.

• envelope materials