The aim of the investigations was to evaluate the infl uence of a thermal modifi cation on the water absorption behaviour of spruce (Picea abies(L.) Karst.). After recording the water uptake of wood samples by partial immersion, a water absorption coefficient of the material could be determined according to EN ISO 15148:2002. The thermal modification results in an alteration of the water absorption behaviour in dependence on the sectional area. In radial and tangential direction the water absorption decreases with the modification. In contrast, in longitudinal direction the water uptake increases
The creation of environmentally friendly protective materials for building structures made of wood c...
The creation of environmentally friendly protective materials for building structures made of wood c...
Large research work is currently being performed concerning different elaborated new wood protection...
The aim of the investigations was to evaluate the infl uence of a thermal modifi cation on the water...
Water absorption differences between sapwood and heartwood of Scots pine and Norway spruce heat-trea...
An issue related to using wood and timber for building structures is to ensure the stability and dur...
Scots pine and Norway spruce planks were heat-treated at temperatures 190°C and 210°C. Water absorpt...
Heat-treatment changes the chemical and physical properties of wood. Wood polymers are degraded, dim...
Heat-treated and matched boards dried at 60°C of Scots pine (Pinus silvestris), Norway spruce (Picea...
Thermal modification methods have been developed to increase the biological durability and dimension...
The behaviour of industrially modified wood has not been systematically evaluated in controlled expo...
In this research, the effect of thermal modifications at 170°C, 190°C, 210°C and 230°C on the wettab...
Today there is growing interest within the construction sector to increase the proportion of biobase...
Wood is susceptible to decay by rot fungi if it is exposed to high-moisture contents during long per...
Dimensional stability is an important property of wood that is strongly influenced by its water upta...
The creation of environmentally friendly protective materials for building structures made of wood c...
The creation of environmentally friendly protective materials for building structures made of wood c...
Large research work is currently being performed concerning different elaborated new wood protection...
The aim of the investigations was to evaluate the infl uence of a thermal modifi cation on the water...
Water absorption differences between sapwood and heartwood of Scots pine and Norway spruce heat-trea...
An issue related to using wood and timber for building structures is to ensure the stability and dur...
Scots pine and Norway spruce planks were heat-treated at temperatures 190°C and 210°C. Water absorpt...
Heat-treatment changes the chemical and physical properties of wood. Wood polymers are degraded, dim...
Heat-treated and matched boards dried at 60°C of Scots pine (Pinus silvestris), Norway spruce (Picea...
Thermal modification methods have been developed to increase the biological durability and dimension...
The behaviour of industrially modified wood has not been systematically evaluated in controlled expo...
In this research, the effect of thermal modifications at 170°C, 190°C, 210°C and 230°C on the wettab...
Today there is growing interest within the construction sector to increase the proportion of biobase...
Wood is susceptible to decay by rot fungi if it is exposed to high-moisture contents during long per...
Dimensional stability is an important property of wood that is strongly influenced by its water upta...
The creation of environmentally friendly protective materials for building structures made of wood c...
The creation of environmentally friendly protective materials for building structures made of wood c...
Large research work is currently being performed concerning different elaborated new wood protection...