This paper presents the influence of natural surface ageing in indoor conditions on bonding quality of thermally modified wood used in structural laminated products. Two unmodified and thermally modified wood species were used for the experiment: oak and beech. Samples were planed and glued with MUF adhesive 2 hours, 1, 2, 6, 10, and 18 days after planing. Properties of laminated beech and oak beams, namely shear strength, delamination and contact angle, were measured in order to detect 1) suitability of wood species for lamination process and 2) influence of extended storage time after planing on properties of laminated wood. Generally, both native and thermally modified beech exhibited better results of shear strength and delamination and...
The performance of the composites is influenced by the service life of input raw wood material and u...
Eucalyptus nitens is a fast growing plantation species that has a good acclimation in Spain and Chil...
Ailanthus altissima (Miller) Swingle is a deciduous, fast-growing species that can tolerate extreme ...
This paper presents the influence of natural surface ageing in indoor conditions on bonding quality ...
In this study, the effects of heating on the mechanical and sorption properties of pine and spruce w...
Thermal modification leads to the degradation of the compounds in wood, thereby changing the chemica...
Thermal modification of wood has been commercially available for almost twenty years but the complet...
Tehnika rotacijskog zavarivanja drva noviji je način spajanja drvenih dijelova bez upotrebe ljepila,...
Zaradi velikih količin manj vrednega pomodrelega lesa, nas zanima, ali lahko takemu lesu dvignemo do...
The influence of artificial ageing on bonded heat-treated spruce lamellas was investigated. Heat-tre...
The aim of the research was to define and develop a wooden composite with a thin cross-section and w...
Naravni material, kot je les se v današnjem času vse bolj uporablja v gradbene namene. Zaradi njegov...
In this study, the surface roughness values of planed beech-wood (Fagus L.), oak-wood (Quercus L.) a...
In this study, the effect of finishing process on the mechanical properties of oak and pine wood ele...
In this study, the effects of heat treatment on some physical, mechanical, wettability and bonding p...
The performance of the composites is influenced by the service life of input raw wood material and u...
Eucalyptus nitens is a fast growing plantation species that has a good acclimation in Spain and Chil...
Ailanthus altissima (Miller) Swingle is a deciduous, fast-growing species that can tolerate extreme ...
This paper presents the influence of natural surface ageing in indoor conditions on bonding quality ...
In this study, the effects of heating on the mechanical and sorption properties of pine and spruce w...
Thermal modification leads to the degradation of the compounds in wood, thereby changing the chemica...
Thermal modification of wood has been commercially available for almost twenty years but the complet...
Tehnika rotacijskog zavarivanja drva noviji je način spajanja drvenih dijelova bez upotrebe ljepila,...
Zaradi velikih količin manj vrednega pomodrelega lesa, nas zanima, ali lahko takemu lesu dvignemo do...
The influence of artificial ageing on bonded heat-treated spruce lamellas was investigated. Heat-tre...
The aim of the research was to define and develop a wooden composite with a thin cross-section and w...
Naravni material, kot je les se v današnjem času vse bolj uporablja v gradbene namene. Zaradi njegov...
In this study, the surface roughness values of planed beech-wood (Fagus L.), oak-wood (Quercus L.) a...
In this study, the effect of finishing process on the mechanical properties of oak and pine wood ele...
In this study, the effects of heat treatment on some physical, mechanical, wettability and bonding p...
The performance of the composites is influenced by the service life of input raw wood material and u...
Eucalyptus nitens is a fast growing plantation species that has a good acclimation in Spain and Chil...
Ailanthus altissima (Miller) Swingle is a deciduous, fast-growing species that can tolerate extreme ...