The main objective of this work was to evaluate the effects of two machining processes on European oak wood surface characteristics. The relationships between wettability, free surface energy and machining methods were studied. Sawing and slicing, with or without sanding, were used to prepare surfaces prior to testing whether they produce surfaces with different characteristics. For the wood surfaces machined by slicing and sawing, there was a significant difference in contact angle measurements. This indicates that the influence of machining processes such as slicing and sawing on contact angle value is remarkable. Sanded surfaces showed good wettability and high process roughness
This paper deals with the determination of the surface quality of both thermally treated and thermal...
In this study, the samples obtained from European hop-horn beam (Ostrya carpinifolia Scop.) wood has...
This is a surface study on the roughness of wood cylinders subjected to two types of sequential sand...
The upper cell layers of machined solid wood surfaces will usually be damaged and compacted due to c...
Surface quality of solid wood products is an important subject of study since it influences further ...
The main aim is to test the influence of anatomical structure (grain direction and elements size), w...
This study is focused on the impacts of species characteristics on the surface roughness of five spe...
The main objective of this work was to evaluate the effects of flat slicing processes on wood surfac...
AbstractEach wood item has its own surface relief and consists of miniature peaks and valleys. The s...
The sanding process influences the surface morphology and chemical components of wood, which are two...
In this study, effect of the number of knives, feed rate and cutting depth on surface roughness of s...
International audienceThe application of water-based finishes to wood surfaces is known to increase ...
Wood machining is a process that creates new surfaces which have precise functionalities; most of th...
WOS: 000323370400003The aim of the present study was to determine the surface roughness of heat-trea...
The surface free energy and dynamic wettability of wood are important to the performance of its adhe...
This paper deals with the determination of the surface quality of both thermally treated and thermal...
In this study, the samples obtained from European hop-horn beam (Ostrya carpinifolia Scop.) wood has...
This is a surface study on the roughness of wood cylinders subjected to two types of sequential sand...
The upper cell layers of machined solid wood surfaces will usually be damaged and compacted due to c...
Surface quality of solid wood products is an important subject of study since it influences further ...
The main aim is to test the influence of anatomical structure (grain direction and elements size), w...
This study is focused on the impacts of species characteristics on the surface roughness of five spe...
The main objective of this work was to evaluate the effects of flat slicing processes on wood surfac...
AbstractEach wood item has its own surface relief and consists of miniature peaks and valleys. The s...
The sanding process influences the surface morphology and chemical components of wood, which are two...
In this study, effect of the number of knives, feed rate and cutting depth on surface roughness of s...
International audienceThe application of water-based finishes to wood surfaces is known to increase ...
Wood machining is a process that creates new surfaces which have precise functionalities; most of th...
WOS: 000323370400003The aim of the present study was to determine the surface roughness of heat-trea...
The surface free energy and dynamic wettability of wood are important to the performance of its adhe...
This paper deals with the determination of the surface quality of both thermally treated and thermal...
In this study, the samples obtained from European hop-horn beam (Ostrya carpinifolia Scop.) wood has...
This is a surface study on the roughness of wood cylinders subjected to two types of sequential sand...