Design life for wood and wood-based products
The use of mass timber construction can result in environmental and cost-saving advantages. This research summary examines how the service life of wood products is based on different and complex interactions between end use and interacting or degrading parameters.
- Compliance with EC regulations
- Changes in requirements
- Legislation and biocidal products
- Advanced treatment methods
- LCAs, EPDs and future assessments
- Service life prediction: lab and field-based testing
- COST Action FP1303 and how this has helped advanced design life
- Examples of design life requirements for various products
Repairs become necessary when a building is no longer safe or serviceable for its intended purpose, or to restore or improve its appearance, performance or function.
Timber structures can be repaired using traditional all-timber methods, mechanical fasteners and adhesives, but only following survey and assessment that take account of...
Non-destructive testing (NDT) may be defined as 'any means of determining the properties of a material, without causing significant changes to those properties'. This definition permits some degree of damage, providing the performance of the material, in this case timber, is not affected.
This Wood Information Sheet is an...
One of the most important factors affecting the performance and properties of wood is its moisture content. The amount of water present in wood can affect its weight, strength, workability, susceptibility to biological attack and dimensional stability in a particular end use.
We estimate that over 80% of...