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Please use this identifier to cite or link to this item: https://dspace.lboro.ac.uk/2134/16534

Title: HyCon - a virtual reality design support tool for hybrid concrete structural frames
Authors: Sexton, Martin
Dainty, Andrew R.J.
Proverbs, David G.
Aouad, Ghassan Fouad
Glass, Jacqueline
Goulding, J.
Kagioglou, M.
Oloke, D.
Olomolaiye, Paul O.
Price, Andrew D.F.
Soetanto, Robby
Zhang, Xiaoxing
Keywords: HyCon
Virtual reality
Design support tool
Hybrid concrete
Structural frames
Issue Date: 2005
Publisher: © Bond van Fabrikanten van Betonproducten in Nederland (BFBN)
Citation: SEXTON, M. ... et al, 2005. HyCon - a virtual reality design support tool for hybrid concrete structural frames. IN: Borghoff, M., Gottschalg, A., and Mehl, R (eds.), Proceedings of the 18th BIBM International Congress and Exhibition, RAI Congress Centre, Amsterdam, 11-14 May 2005. Woerden, The Netherlands: BFBN, pp.113-114.
Abstract: Hybrid concrete can provide high quality, cost effective structural frames in a variety of situations when compared to other, more conventional, solutions such as in-situ concrete and steel frames. The key players in the design and construction supply chain process for hybrid concrete are lead frame contractors and design engineers. The use of hybrid concrete, however, is sometimes not considered by contractors and designers during the initial stages of design. This is often because of a lack of reliable and accessible hybrid concrete cost and production time information. Without this information, contractors and designers may disregard hybrid concrete as a design alternative, potentially omitting the most appropriate solution before it has even been considered. This paper reports on a collaborative research project in the United Kingdom which has developed HyCon - a prototype design support tool which allows contractors and designers at the conceptual design stage to carry out "what if?" analysis in a virtual reality environment to consider various hybrid concrete alternatives against a range of 'hard' and 'soft' performance criteria. The 'hard' criteria allow contractors and designers to assess initial and whole life cycle cost and production duration implications. The 'soft' criteria encourage the whole project team to assess and prioritise the importance and performance of design alternatives against criteria such as physical form and space.
Description: This is a conference paper.
Version: Accepted for publication
URI: https://dspace.lboro.ac.uk/2134/16534
ISBN: 3762536074
Appears in Collections:Conference Papers (Civil and Building Engineering)

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