International audienceThe wood welding potential of Australian and tropical species has been investigated. Optimized parameters for Eucalyptus saligna, Eucalyptus pilularis, Corymbia maculata, Ochroma pyramidale, and Tectona grandis were determined using a standard tensile strength test. The results confirmed the importance of density in the optimisation process. The grain direction also proved to have a significant impact on the welded joint strength of species featuring large wood rays or vessels in diagonal and/or radial pattern. Wood welding could therefore be an alternative for such species where gluing is required
Gluing is considered one of the most important technologies in the production of value-added wood pr...
This study examines the suitability of wood welding technology for producing composite panels for fu...
Planing properties of seven Australian plantation-grown eucalypts were evaluated to provide recommen...
The wood welding potential of Australian and tropical species has been investigated. Optimized param...
The wood welding potential of three commercial Australian hardwood species has been investigated wit...
Optimal linear wood welding parameters along the end-grain-to-end-grain faces were determined for Eu...
Introduction: The potential of wood welding as a fast and cost-effective alternative to gluing for A...
Thermochemical changes occurring during wood welding were investigated in Eucalyptus saligna and Euc...
Rotation welding is a new method used in wood welding. Heat that develops due to the friction on con...
Rotational wood-dowel welding has been shown to rapidly produce wood joints of considerable strength...
This study assessed the moulding, drilling, turning, sanding, and routing properties of seven planta...
This study assessed the moulding, drilling, turning, sanding, and routing properties of seven planta...
The objective of thisstudywas to evaluate the use potential of nine species of Eucalyptus for produc...
ABSTRACT This study aimed to assess the technical feasibility of using five Eucalyptus species to ma...
Portuguese forests have changed in recent years. These changes were mainly boosted by the wildfires ...
Gluing is considered one of the most important technologies in the production of value-added wood pr...
This study examines the suitability of wood welding technology for producing composite panels for fu...
Planing properties of seven Australian plantation-grown eucalypts were evaluated to provide recommen...
The wood welding potential of Australian and tropical species has been investigated. Optimized param...
The wood welding potential of three commercial Australian hardwood species has been investigated wit...
Optimal linear wood welding parameters along the end-grain-to-end-grain faces were determined for Eu...
Introduction: The potential of wood welding as a fast and cost-effective alternative to gluing for A...
Thermochemical changes occurring during wood welding were investigated in Eucalyptus saligna and Euc...
Rotation welding is a new method used in wood welding. Heat that develops due to the friction on con...
Rotational wood-dowel welding has been shown to rapidly produce wood joints of considerable strength...
This study assessed the moulding, drilling, turning, sanding, and routing properties of seven planta...
This study assessed the moulding, drilling, turning, sanding, and routing properties of seven planta...
The objective of thisstudywas to evaluate the use potential of nine species of Eucalyptus for produc...
ABSTRACT This study aimed to assess the technical feasibility of using five Eucalyptus species to ma...
Portuguese forests have changed in recent years. These changes were mainly boosted by the wildfires ...
Gluing is considered one of the most important technologies in the production of value-added wood pr...
This study examines the suitability of wood welding technology for producing composite panels for fu...
Planing properties of seven Australian plantation-grown eucalypts were evaluated to provide recommen...