Linear vibration welding of timber structural elements provides new opportunities to potentially achieve structural joints. This paper investigates to which extent welded joints can be considered for load-bearing structural joints. On the basis of a series of experimental and numerical investigations on a series of welded single-lap joints, failure modes were identified, and the associated failure criterion was quantified. A probabilistic method subsequently allowed accurately predicting the capacity of the tested wood welded joints exclusively based on objective input data, including an estimate of the scattering due to the material’s inherent variability. Introductio
In this paper, some cyclic experimental tests on beam-column timber joints with expanded tube fasten...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
Friction welding of wood is a bonding technology that can be used for joining timber elements, and i...
Linear vibration welding of timber structural elements provides new opportunities to potentially ach...
Welding of wood is a relatively new method of joining load bearing elements, which holds the potenti...
AbstractWelding of wood is a relatively new method of joining load bearing elements, which holds the...
Wood-to-wood bonds obtained by means of friction welding are a relatively new type of connections ho...
AbstractFabrication of wood-to-wood connections by means of friction welding is an relatively new pr...
The present work deals with the large-scale application of the friction welding bonding technology o...
Glued-in-rods (GiR) represent a class of joints being used in timber engineering that are mostly use...
The load-carrying capacity of a K-type joint inside a floor truss is studied both experimentally and...
Post-disaster field studies widely suggest that historical timber structures are seismically resista...
Research on adhesively bonded timber connection has proven their superiority over mechanical fastene...
The issue of behavior and deformation of joints of wooden structures is an integral part of the de...
The structural safety and behaviour of traditional timber structures depends significantly on the pe...
In this paper, some cyclic experimental tests on beam-column timber joints with expanded tube fasten...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
Friction welding of wood is a bonding technology that can be used for joining timber elements, and i...
Linear vibration welding of timber structural elements provides new opportunities to potentially ach...
Welding of wood is a relatively new method of joining load bearing elements, which holds the potenti...
AbstractWelding of wood is a relatively new method of joining load bearing elements, which holds the...
Wood-to-wood bonds obtained by means of friction welding are a relatively new type of connections ho...
AbstractFabrication of wood-to-wood connections by means of friction welding is an relatively new pr...
The present work deals with the large-scale application of the friction welding bonding technology o...
Glued-in-rods (GiR) represent a class of joints being used in timber engineering that are mostly use...
The load-carrying capacity of a K-type joint inside a floor truss is studied both experimentally and...
Post-disaster field studies widely suggest that historical timber structures are seismically resista...
Research on adhesively bonded timber connection has proven their superiority over mechanical fastene...
The issue of behavior and deformation of joints of wooden structures is an integral part of the de...
The structural safety and behaviour of traditional timber structures depends significantly on the pe...
In this paper, some cyclic experimental tests on beam-column timber joints with expanded tube fasten...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
Friction welding of wood is a bonding technology that can be used for joining timber elements, and i...