Architectural

Elimination of Positive Pattern Production in Geometrically Complex UHPC Forms

Authors: Kelly Henry (LafargeHolcim) , Matthew Swarts (Georgia Institute of Technology) , Tristan Al-Haddad (Georgia Institute of Technology)

  • Elimination of Positive Pattern Production in Geometrically Complex UHPC Forms

    Architectural

    Elimination of Positive Pattern Production in Geometrically Complex UHPC Forms

    Authors: , ,

Abstract

The boundary conditions of Architectural design in UHPC are shaped by three parameters; the design software, the mold, and the characteristics of the material itself. Both the software and UHPC have kept up with the need for ever expanding design in Architecture but the mold work used to create these pieces is still built in the same way as it was decades ago. Newer mold systems do exist but at a great cost to the budget of the project. This paper will explore the parameters of the mold and how new technologies can be utilized to create more complex precast shapes, however in a more simplistic and cost effective manner. The methodologies explored will be the development of double curvature geometries through a two way structural grid system, reconfigurable molds using servo pin orientation, and 3D printer technologies for mold production. Each of these strategies renders the creation of a positive prototype no longer necessary, and streamlines the process for creating complex precast pieces. By standardizing the complexity of mold creation, a new range of custom compound designs can be realized and the technological constraints that have defined the design rules thus far will shift.

Keywords: complexity reduction, double curvature, reconfigurable pattern, architecture, ultra high performance concrete, ductal, UHPC, mold

How to Cite:

Henry, K. & Swarts, M. & Al-Haddad, T., (2016) “Elimination of Positive Pattern Production in Geometrically Complex UHPC Forms”, International Interactive Symposium on Ultra-High Performance Concrete 1(1). doi: https://doi.org/10.21838/uhpc.2016.123

Downloads:
Download PDF
View PDF

176 Views

38 Downloads

Published on
18 Jul 2016