5 Sections
25 Lessons
4 Hours
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1. What It Does and How It Fails
5
1.1
Mass timber: the job to be done
1.2
The physics: moisture movement, charring and creep
1.3
How it fails: moisture damage during construction, before the roof is on
1.4
The vocabulary you need before you can draw it
1.5
Where this sits in the whole building
2. The Options Compared
5
2.1
The main systems, side by side
2.2
When to use which
2.3
Cost, programme and availability
2.4
Regional variation: how this changes with climate and market
2.5
Choosing: a decision framework
3. The Detail
5
3.1
Reading and drawing the standard detail
3.2
The panel-to-panel and panel-to-steel connection: the critical interface
3.3
Corners, edges and terminations
3.4
Penetrations and how to close them
3.5
Tolerances, gaps and buildability
4. Performance
5
4.1
Measuring it: char rate, moisture content and acoustic separation
4.2
Moisture and condensation risk
4.3
Fire performance
4.4
Acoustic and thermal consequences
4.5
Durability, maintenance and service life
5. Specifying and Building It
5
5.1
Writing the specification
5.2
Coordinating with structure and services
5.3
What goes wrong on site with mass timber
5.4
Inspecting and testing on site
5.5
Checklist: mass timber
Mass Timber and Engineered Wood
Curriculum
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