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Engineered Wood Products

Wood is a natural, biological material; wood products made from solid pieces of the same species have inherent property differences that can be problematic.  Engineered composite wood products are manufactured so as to attempt to reduce this variability.


Learning Objectives

After viewing this presentation and relevant support material, users should be able to:

  • Explain the impact of variability of wood products on the calculation of allowable design stresses of those wood products.
  • Describe the composition of examples of engineered lumber composites compared to solid wood alternatives.
  • Explain, using named examples, how the composition of engineered lumber composites reduce their
    variability and can therefore result in higher allowable design stresses compared to solid wood alternatives.

Presenter

Dr. Simon Ellis, Associate Professor

Listen to Dr. Simon Ellis respond to the question: How did I get interested in this area of study? by clicking on his photo.

For information about Dr. Ellis, please check UBC, Faculty of Forestry


Module Resources

Before viewing a presentation or lab, be sure to read the instructions on using this resource.

Presentation

Forestry – Engineered Wood Products
Dr. Simon Ellis begins by discussing the properties of wood and giving a few examples of solid wood products. Then he focuses on explaining the benefits of engineered wood products and describing five products in detail: laminated veneer lumber (LVL), glue laminated timber (Glulam), Parallam®, TimberStrandTM, and I-beams.

 


Other Resources

General

Glossary of wood product terms

Diagrams and Media


Potential Questions for use by Instructors

Since wood is a natural, biological material there will always be inherent property differences between individual solid pieces of the same wood species. Engineered lumber composites are manufactured so as to attempt to reduce this variability.

  1. Please explain what advantages there are to reducing the level of variation between pieces of the same structural product. Use appropriate diagrams or figures to help illustrate your answer in some detail.
  2. For one named engineered lumber composite product, please describe its composition and explain how its composition helps to reduce its variability. Describe any additional benefits that the product’s composition provides.

 

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Faculty of Forestry
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please email forestry.web@ubc.ca
Resource Contact: Guangyu Wang
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