Sawing processes in sawmills are characterized by high consumption of electric energy. As cutting tools with geometrically defined cutting edges, circular buzz saw blades have a direct influence on cutting performance and thereby on the electric energy consumption of the cutting process. Thus, energy efficiency is directly linked to cutting forces, which are determined by the geometry of the saw-tooth and the material properties. In this paper, the energy consumption within cutting frozen wood at sub-zero temperatures is analysed. Results are presented and will lead the development of geometries for saw teeth to increase the sustainability of cutting frozen wood
This study assessed the effect of selected factors, such as the feed force (Ff = 15, 20, and 25 N), ...
A new computational model, based on fracture mechanics, was used to determine cutting forces. Unlike...
Effects of chipper-canter cutterhead diameter and log infeed position on maximum power and energy co...
Sawing processes in sawmills are characterized by high consumption of electric energy. Buzz saw blad...
Optimal cutting conditions, which lead to a high quality of the machined surface and low energy cons...
Sawing during the cold winter period is a problem for sawmills operating in the northern parts of th...
For economic and environmental benefits, sawmills can reduce their waste by sawing with thinner band...
This paper deals with an analysis of the energy efficiency of the milling of thermally modified and ...
Canter chippers are used in sawmills to reduce the circular cross section of logs to a rectangular s...
The wood industry continues to strive to reduce production costs and increase productivity to remain...
The wood industry continues to strive to reduce production costs and increase productivity to remain...
The paper deals with the research of the influence of thermal modification temperature of spruce woo...
Modern technologies for continuous carbonization of Eucalyptus sp. require special care in wood cutt...
Energy consumption has become one of the environmental issues regarding all industries because of t...
One of the major cost factors in mechanical pulp production is the electrical energy input. Much of ...
This study assessed the effect of selected factors, such as the feed force (Ff = 15, 20, and 25 N), ...
A new computational model, based on fracture mechanics, was used to determine cutting forces. Unlike...
Effects of chipper-canter cutterhead diameter and log infeed position on maximum power and energy co...
Sawing processes in sawmills are characterized by high consumption of electric energy. Buzz saw blad...
Optimal cutting conditions, which lead to a high quality of the machined surface and low energy cons...
Sawing during the cold winter period is a problem for sawmills operating in the northern parts of th...
For economic and environmental benefits, sawmills can reduce their waste by sawing with thinner band...
This paper deals with an analysis of the energy efficiency of the milling of thermally modified and ...
Canter chippers are used in sawmills to reduce the circular cross section of logs to a rectangular s...
The wood industry continues to strive to reduce production costs and increase productivity to remain...
The wood industry continues to strive to reduce production costs and increase productivity to remain...
The paper deals with the research of the influence of thermal modification temperature of spruce woo...
Modern technologies for continuous carbonization of Eucalyptus sp. require special care in wood cutt...
Energy consumption has become one of the environmental issues regarding all industries because of t...
One of the major cost factors in mechanical pulp production is the electrical energy input. Much of ...
This study assessed the effect of selected factors, such as the feed force (Ff = 15, 20, and 25 N), ...
A new computational model, based on fracture mechanics, was used to determine cutting forces. Unlike...
Effects of chipper-canter cutterhead diameter and log infeed position on maximum power and energy co...