This paper deals with the effect of thermal treatment of spruce wood on its burning process. Samples of 100 mm x 100 mm were dried out and then heat-treated at 150 °C, 200 °C, 250 °C and 300 °C. Thus prepared samples were tested on a cone calorimeter at a heat flow of 50 kW·m-2. The obtained results clearly show that with the increasing temperature of the treatment, the released heat from the surface unit decreases and the unit weight increases. The carbon dioxide concentration in the flue gas increases as well, however, the optical density of the smoke decreases substantially. It can be stated that the burning of spruce wood is considerably affected mainly by the thermal treatment at temperatures above 200 °C. From the point of view of the...
Wood heat treatment has increased significantly in the last few years and is still growing as an ind...
Wood is heated to temperatures in the range of 180–240°C in heat-treatment furnaces. At these temper...
During thermal modification, timber is exposed to temperatures approaching 200 ºC for several hours ...
This paper deals with the effect of thermal treatment of spruce wood on its burning process. Samples...
Heat treatments are related to the action of temperature in successive stages and under controlled c...
This paper deals with the determination of selected fire properties of spruce wood. It describes the...
There are many studies on the thermal treatment of wood, but the treatment of thermally modified woo...
Solid wood has a certain amount of resistance to fire exposure. Recently, there is also great intere...
This paper deals with the determination of selected fire properties of spruce wood. It describes the...
This paper examines the influence of temperature on several physical properties of wood. The results...
This paper describes the emissions of Volatile Organic Compounds (VOC) emitted by solid Spruce (Pice...
The paper assessed the impact of the heat treatment of spruce wood, the (radial and tangential) side...
The paper assesses the influence of the heat flux on spruce wood (Picea abies L.) behavior. The heat...
The risk of possible ignition and burning is one of the greatest disadvantages of using wood as a co...
Thermal treatment (thermal rectification) is a process in which technological properties of wood are...
Wood heat treatment has increased significantly in the last few years and is still growing as an ind...
Wood is heated to temperatures in the range of 180–240°C in heat-treatment furnaces. At these temper...
During thermal modification, timber is exposed to temperatures approaching 200 ºC for several hours ...
This paper deals with the effect of thermal treatment of spruce wood on its burning process. Samples...
Heat treatments are related to the action of temperature in successive stages and under controlled c...
This paper deals with the determination of selected fire properties of spruce wood. It describes the...
There are many studies on the thermal treatment of wood, but the treatment of thermally modified woo...
Solid wood has a certain amount of resistance to fire exposure. Recently, there is also great intere...
This paper deals with the determination of selected fire properties of spruce wood. It describes the...
This paper examines the influence of temperature on several physical properties of wood. The results...
This paper describes the emissions of Volatile Organic Compounds (VOC) emitted by solid Spruce (Pice...
The paper assessed the impact of the heat treatment of spruce wood, the (radial and tangential) side...
The paper assesses the influence of the heat flux on spruce wood (Picea abies L.) behavior. The heat...
The risk of possible ignition and burning is one of the greatest disadvantages of using wood as a co...
Thermal treatment (thermal rectification) is a process in which technological properties of wood are...
Wood heat treatment has increased significantly in the last few years and is still growing as an ind...
Wood is heated to temperatures in the range of 180–240°C in heat-treatment furnaces. At these temper...
During thermal modification, timber is exposed to temperatures approaching 200 ºC for several hours ...