The adoption of digital workflows within the architecture and construction industries is wide spread. Advanced digital methods including parametric and associative tools, integrated and iterative optimisation and file-to-factory automated fabrication workflows are now common in architectural and design offices internationally. These tools offer unique, fast and flexible opportunities for designers to conceptualise, rationalise, communicate and fabricate a wide range of complex designs that were previously deemed too complex to produce. While there are many contemporary examples of digital workflows used in the development of architectural solutions, there are limited examples where these tools have been used to deliver architectural products with low-value materials for the built environment. There is a current market-pull for the use of timber products in Australia and a resource-push to utilise emerging low-value Australian plantation hardwood timber. This emerging resource is deemed low-value by the excessive amount of natural feature that prevent its use in structural and appearance grade products. This research demonstrates the development of unique timber architectural lining products utilising digital workflows to rapidly generate unique product design outcomes with low-value materials that can be manufactured according to user defined parameters.
Funding
Australian Research Council
Forest & Wood Products Australia Limited
Forestry Tasmania
Forico Pty Ltd
Greening Australia (TAS) Ltd
JM Roberts Charitable Trust
Sustainable Forest Management Pty Ltd
History
Publication title
ASA2018: Engaging Architectural Science
Editors
P Rajagopalan, MM Andamon
Pagination
177-184
Department/School
School of Architecture and Design
Publisher
Architectural Science Association
Place of publication
Melbourne
Event title
ASA2018: Engaging Architectural Science
Event Venue
RMIT
Date of Event (Start Date)
2018-11-28
Date of Event (End Date)
2018-12-01
Rights statement
Copyright 2018 The Architectural Science Association and RMIT University, Australia
Repository Status
Open
Socio-economic Objectives
Timber materials; Expanding knowledge in built environment and design