In this study, the effects of heating on the mechanical and sorption properties of pine and spruce wood were investigated. The study was carried out using wood heated in laboratory. Specimens were divided into the following three groups: specimens of one group were not exposed to heating, whereas specimens of two other groups were subjected to heating at the temperature of 190 °C and 215 °C, in the air under atmospheric pressure. Specimens were then bonded together using a cold press and four different systems of not heated and heated (at different temperatures) samples were formed: two not heated samples and two samples heated at different temperatures. After that, newly formed systems were moistened and dried in a climatic chamber and mea...
A methodology has been suggested for mathematical modeling and research of two mutually connected pr...
The objective of this study was to explore some of the physical and mechanical properties of 9-layer...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
In this study, the effects of heating on the mechanical and sorption properties of pine and spruce w...
In this study, the effects of heat treatment on some physical, mechanical, wettability and bonding p...
Tehnika rotacijskog zavarivanja drva noviji je način spajanja drvenih dijelova bez upotrebe ljepila,...
Surface roughness and wettability of the heat-treated and then surface densified spruce (Picea abies...
Thermal modification of wood has been commercially available for almost twenty years but the complet...
The purpose of this study was to determine the effect of industrial heat-treatment (ThermoWood) effe...
The objective of this research was to study the effect of exposure time on the bonding strength of a...
The aim of this study was to investigate some of the physical, mechanical, thermal and morphological...
Naravni material, kot je les se v današnjem času vse bolj uporablja v gradbene namene. Zaradi njegov...
The aim of this study was to evaluate the effect of thermal compression process on some surface prop...
This paper presents the influence of natural surface ageing in indoor conditions on bonding quality ...
Ailanthus altissima (Miller) Swingle is a deciduous, fast-growing species that can tolerate extreme ...
A methodology has been suggested for mathematical modeling and research of two mutually connected pr...
The objective of this study was to explore some of the physical and mechanical properties of 9-layer...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...
In this study, the effects of heating on the mechanical and sorption properties of pine and spruce w...
In this study, the effects of heat treatment on some physical, mechanical, wettability and bonding p...
Tehnika rotacijskog zavarivanja drva noviji je način spajanja drvenih dijelova bez upotrebe ljepila,...
Surface roughness and wettability of the heat-treated and then surface densified spruce (Picea abies...
Thermal modification of wood has been commercially available for almost twenty years but the complet...
The purpose of this study was to determine the effect of industrial heat-treatment (ThermoWood) effe...
The objective of this research was to study the effect of exposure time on the bonding strength of a...
The aim of this study was to investigate some of the physical, mechanical, thermal and morphological...
Naravni material, kot je les se v današnjem času vse bolj uporablja v gradbene namene. Zaradi njegov...
The aim of this study was to evaluate the effect of thermal compression process on some surface prop...
This paper presents the influence of natural surface ageing in indoor conditions on bonding quality ...
Ailanthus altissima (Miller) Swingle is a deciduous, fast-growing species that can tolerate extreme ...
A methodology has been suggested for mathematical modeling and research of two mutually connected pr...
The objective of this study was to explore some of the physical and mechanical properties of 9-layer...
Various biotic and abiotic agents affect the performance of wood products. Chemicals, thermal energy...