WoodSolutions Technical Design Guides - Mid-rise Timber Buildings Go to the mid-rise timber resources home page
Designing and Building for Wind Wind causes lateral and uplift forces on houses that must be resisted by the appropriately designed and installed tie-downs and bracing detailed in AS 1684.
A design and construction guide for architects, designers, builders, landscapers and experienced DIY'ers.
WoodSolutions Technical Design Guide 42 – Building Code of Australia Deemed to Satisfy Solutions for Timber Aged Care Buildings (Class 9c) provides information and options available to comply with the BCA, using timber structural systems for Class 9c buildings.
The average office furnishing cycle of ‘fitout, strip out, repeat’ is all too familiar, and expensive, to office occupiers. It’s also a wasteful process, ripe for disruption as Guide 43 Reimagining Wood-based Office Fitout Systems demonstrates.
The next generation of heavy timber building systems is about to transform the design and construction of many buildings in Australia. Products that make up heavy timber construction include: Cross-laminated timber (CLT)
As wood products become increasingly specified in a wide range of construction projects, understanding the fire properties required by the National Construction Code (NCC) and how wood products can comply is essential.
This guide is designed to assist practicing structural engineers and other building design professionals to confidently develop conceptual structural designs for timber-rich buildings and structures.
A detailed guide to the design, specification, installation, finishing and maintenance of timber bollards.
This guide is written for designers, specifiers, producers, installers and end-users of pedestrian trafficable wood products, including flooring, decking, boardwalks, steps, stairs, ramps and bridges.