Previous research indicated that the rolling shear properties of European beech wood
(Fagus sylvatica) are considerably higher than those of softwood. The aim of the presented …

In this study, hybrid CLT research and development trends were analyzed to improve the
low rolling shear strength of CLT, a large wooden panel used in high-rise wooden buildings …

An investigation was carried out on CLT panels made from Sitka spruce in order to establish
the effect of the thickness of CLT panels on the bending stiffness and strength and the rolling …

A hybrid, three-layered, softwood-hardwood cross-laminated timber build-up with outer
layers of European spruce (Picea abies) and a center cross-layer of European beech (Fagus …

Hybrid cross laminated timber (HCLT) was fabricated using lumber and/or laminated strand
lumber (LSL), the mechanical performances of which were evaluated. To reach this goal, the …

This paper presents an experimental study on rolling shear (RS) strength properties of non-
edge-glued cross-laminated timber (CLT) made out of New Zealand Radiata pine (Pinus …

The design and application of cross laminated timber (CLT) is strongly influenced by the
rolling shear properties of cross layers. Hence, to predict the performance of CLT requires …

Planar (rolling) shear properties in cross laminated timber (CLT) is an important factor that
should be considered for CLT structural components with short span or openings. The …

Lower grade material of three previously untested species (Eastern White Pine, Red Maple,
and White Ash) were fabricated in Cross Laminated Timber (CLT) panels and tested to …

Rolling shear (RS) strength may govern load-carrying capacity of cross-laminated timber
(CLT) subjected to high out-of-plane loading because high RS stresses may be induced in …