Due to the flexible motion characteristics, helical milling could achieve high surface quality
and cutting stability. The effects of input parameters on specific cutting energy (SCE) during …

During production, thermally modified wood is processed using the same machining
operations as unmodified wood. Machining wood is always accompanied with the creation …

The aim of this study was to assess the effect of the duration of heat treatment on changes in
the color, as well as the chemical and mechanical properties of Scots pine sapwood. An …

This article presents the results of experimental research on the mechanical properties of
pine wood (Pinus L. Sp. Pl. 1000. 1753). In the course of the research process, stress-strain …

In order to elaborate design guidelines for developing efficient and possibly most energy
saving mills for comminuting carpentry, OSB and MDF waste, there have been performed …

Objectives The aim of the study was to determine the effect of parameters of the thermal
modification process and machining on the size distribution of dust particles of Scots pine …

Thermal modification of wood is a technological intervention primarily aimed at improving
the dimensional stability and decay resistance of wood, making it suitable for outdoor …

The aim of the conducted experiments was to determine the effect of selected machining
parameters on power consumption and surface quality obtained during the milling of beech …

This work examines the effect of thermal modification temperatures in the production of
thermally modified wood on the cutting and fracture parameters when cutting heat-treated …

The cutting power value, the surface quality of the machined surfaces, and the cutting edge
wear were determined in the planar milling of oak wood (Quercus robur L.). The …