STRUCTURAL GLASS FACADES - USC School of Architecture

The primary focus of this thesis will be the definition of a resource embodying a
comprehensive implementation methodology for structural glass façade technology. The
process is the priority, and will be mapped out as a whole system. Pieces of the system will
be prototyped as an attempt to demonstrate the conceptual viability of the program.
Analytical tools are part of this; a simplified structural analysis tool for example, to determine
preliminary structure attributes such as truss system depth, grid, member sizing, deflections
and reaction loads in response to user-defined inputs such as span, spacing, and design
loads. Equally important however, is reference information with respect to such diverse
aspects of the technology as glass and glass-fixing systems, and project delivery strategies,
all as required to support the efficient development of an appropriate façade concept. Such
resources will enable the designer to develop a structural façade concept with the
confidence that the design can be engineered and detailed without significant modification,
and that realistic budgets can be developed along with the design.
Literature Search
While many publications deal with structural systems, and many others deal with building
skins, few if any deal specifically with the long-span glass façade technology referred to
herein. Nor is there a defined classification of the structural systems employed in these
applications. The best source of information on this technology can be derived from case
studies on the completed works to date.
All known forms of long-span façade structure types will be identified based upon a search of
the available literature and an informal survey of the built environment.
Design tools will also be researched in an attempt to identify prior work that may have
relevance to the effort described herein.
6