Track 7
Advanced Timber Science
Deeper anatomy, chemistry, degradation, and engineering behaviour. For learners who want the underlying wood science.
10 published guides in this track
Wood Anatomy in Detail
Wood behaves the way it behaves because it is built the way it is built.
Cellular Structure of Softwoods
Once you understand the softwood system — tracheids, earlywood/latewood, pits, and resin — you can predict how a pine board will behave before you even pick up a plane.
Cellular Structure of Hardwoods
Woodworkers feel the hardwood system long before they can name it.
Rays and Parenchyma
Rays and parenchyma rarely get the attention that vessels and fibres do.
Extractives and Wood Chemistry
Wood is not just cellulose and lignin arranged into fibres.
Wood Degradation Processes
Some are reversible (a greyed surface can be cleaned back).
Mechanical Testing of Timber
It is a family of behaviours under different loads.
Modulus of Elasticity Explained
MOE is one of the most misunderstood numbers in wood.
Wood Science and Engineering
<page url="https://www.notion.so/2ddaf05c40694d85aa29123f3902d40a">Fact-Check Report — Guide 9: Wood Science and Engineering</page>
Future Timber Materials
<page url="https://www.notion.so/df7186356980407f9c2065b756d68778">Fact-Check Report — Guide 10: Future Timber Materials</page>