Ayansola Gbenga Solomon (author)
Thomas Tannert (thesis advisor)
Mark Gehloff (chair)
Asif Iqbal (committee member)
Marjan Popovski (committee member)
Y.H. Chui (committee member)
University of Northern British Columbia Natural Resources & Environmental Studies (Degree granting institution)

2020

Master of Science (MSc)

Natural Resources & Environmental Studies

1 online resource (viii, 104 pages)

The widespread availability of Cross-laminated timber (CLT) provides opportunities to extend the use of wood beyond traditional low-rise residential construction. Glued-in rods (GiR) are an interesting technical solution for numerous structural applications in timber engineering. Although GiR connections have the potential to be used in combination with CLT, research on this application is scarce. In this thesis, an experimental investigation on the performance of GiR in CLT is presented. Two different 5-ply CLT panel thicknesses (139 and 175 mm), two steel rod diameters (d = 12.7 and 19.1 mm) and five different anchorage lengths (la = 6d, 10d, 12d, 14d and 18d) were considered in single and multiple rod connections. A total of 260 specimens were fabricated and subsequently tested under uni-axial quasi-static monotonic tension. The results were assessed in terms of load-carrying capacity, stiffness and failure modes and demonstrated that GiR in CLT offer an alternative high capacity timber connection.

Laminated wood.
Laminated wood construction.
Engineered wood construction

​http://doi.org/10.24124/2020/59098

thesis