Procuring engineered timber buildings: A client's guide
In This Series
- Assessment of the durability and engineering properties of lesser-known hardwood timber species for use in marine and freshwater construction
- Avoiding landfill through effective wood waste disposal and a shift in product focus
- Bracing for non-domestic timber trussed rafter roofs
- Cross-laminated timber: an introduction
- Environmentally responsible construction: Community wood recycling
Procuring engineered timber buildings: A client's guide highlights the important questions developers and other clients need to consider when reviewing the merits of engineered timber solutions for the structure of their building. The publication will assist TRADA members in providing answers to the following questions and may be shared with their clients.
What are the:
- key considerations for engineered timber during design and construction?
- perceived insurance risks?
- physical limits of structural engineered timber?
- benefits of using engineered timber for the building?
- relevant issues for securing viable planning consent?
- comparative risks in relation to value for this structural system/material?
- sustainability and wellness credentials of buildings constructed using engineered timber?
- particular marketing benefits of using engineered timber and can it boost my enterprise's reputation?
- special long-term operational considerations to be aware of?
- does the cost of building with structural engineered timber compare to building with other structural materials?
- can building with structural engineered timber affect my overall programme?
- well can design mitigate the major risks?
- secure is the supply of engineered timber products?
- is it important to understand the technical parameters imposed by building with engineered timber?
- is getting the right team important for the viability of my project?
Recent advances in timber technology and engineering have expanded the potential of building with wood. The development of new products and component manufacturing has allowed the construction of longer spans, the erection of multi-storey timber frame buildings, the forming of compound curved surfaces, the volumetric prefabrication and modular systems and...
With engineered timber becoming an increasingly prevalent component in construction, it is important for members of the construction industry to understand not only the benefits and properties of Engineered wood products, but also the different types.
With modified wood products being improved upon on a seemingly daily basis, this...
This Wood Information Sheet (WIS) looks at some of the factors to consider when specifying a desired service life for structural timbers that are to be exposed outdoors but not in contact with the ground.
This WIS addresses general principles of structural design only, giving an overview of the...