Purpose
The purpose of the research was to develop and digitally simulate efficient construction methods for post and plate mass timber building systems to improve their commercial viability.
Summary
The research aims to improve the commercialisation of post and plate mass timber building systems using digital twin simulation. Researchers developed a virtual model to test and refine construction processes before physical implementation. This approach helps identify design and assembly issues early, reducing costs and improving efficiency. The study also explored how digital tools can support better decision-making and collaboration among architects, engineers, and builders. By simulating real-world conditions, the team demonstrated how mass timber systems can be more competitive and sustainable in the construction industry. The findings support broader adoption of timber technologies in mid-rise buildings, contributing to lower carbon emissions and faster construction times. Overall, the research shows that digital twin simulation can make timber construction more reliable, cost-effective, and appealing to developers and builders.
Benefits to the Forest and Wood Products Industry
- Boosts demand for engineered timber by making post and plate systems more commercially viable, encouraging wider use in construction projects.
- Supports innovation and competitiveness through digital twin technology, helping manufacturers refine products and processes efficiently.
- Promotes sustainability by enabling faster, low-waste construction methods that align with environmental goals and carbon reduction targets.
Acknowledgement
This work was supported by funding provided to Forest and Wood Products Australia (FWPA) to administer the National Institute for Forest Products Innovation program (NIFPI).
Funding for the program was provided by the Australian Government, the Victorian Government and Australian forest and wood products industry.
