Investigation of the surface characteristics of fingers and impacts of PUR adhesive chemistry and application on joints performance

The research project has the objective to evaluate how tool wear, adhesive type and adhesive application impact the manufacturability and bonding performance of finger-jointed (FJ) Douglas-fir lamellas. These will be assessed by measuring the mechanical properties, characterizing the surface quality and determining the initial friction. The experimental design will be conducted in both industrial (FJ process) and laboratory (measurement of dependent variables) settings to maximize technological transfer to the partner. The partner will benefit by noticing an expected reduction in the occurrence of rejects (i.e., FJ lamellas not meeting the required standard) and an increase in the performance of their products, which will foster an optimized use of their products and minimize forest resources.

Faculty Supervisor:

Julie Cool

Student:

Partner:

Henkel Canada

Discipline:

Engineering

Sector:

Manufacturing

University:

The University of British Columbia

Program: