The suitability of axially loaded glued-in rods to connect diagonals with chords in trusses made of Beech-LVL is studied experimentally. In a first step the strength and stiffness properties and the necessary structural boundary conditions (minimum spacing and distances, anchoring length) are determined and compared with the state of the art. To verify the parameters as well as the load-bearing behaviour, results of full-scale tests with trusses (span 10 m, static height 1.25 m) with different node configurations are presented
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
A total of 86 pull-out strength tests on glued-in steel rods with metric threads M12, M16 and M20 ar...
Glued‐in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
The presented thesis focuses on the structural behaviour of dowel-type connections in laminated vene...
Glued-in-rods in timber structures lead to overcome the use of traditional bolted connections, prese...
The research and development of connecting and strengthening timber structural elements with glued-i...
Bonded-in steel rods are very efficient in withstanding high forces applied to timber members. Inves...
The aim of this research was to develop a reliable structural timber connection, which would break b...
International audienceStructural bonding technology has proven to be an economically and attractive ...
Glued-in rod connections for timber beams are increasingly being used, as they offer high strength a...
Glued-in rods are important connecting and reinforcing elements in modern timber engineering used in...
This paper presents results from an experimental assessment of glued-in rods in cross laminated timb...
The experimental study completed in this thesis focused on timber-steel hybrid moment connections us...
A glued-in rods’ connection is generally constituted by a group of steel bars bonded by an adhesive ...
International audienceGlued-in-rods in timber structures lead to overcome the use of traditional bol...
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
A total of 86 pull-out strength tests on glued-in steel rods with metric threads M12, M16 and M20 ar...
Glued‐in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
The presented thesis focuses on the structural behaviour of dowel-type connections in laminated vene...
Glued-in-rods in timber structures lead to overcome the use of traditional bolted connections, prese...
The research and development of connecting and strengthening timber structural elements with glued-i...
Bonded-in steel rods are very efficient in withstanding high forces applied to timber members. Inves...
The aim of this research was to develop a reliable structural timber connection, which would break b...
International audienceStructural bonding technology has proven to be an economically and attractive ...
Glued-in rod connections for timber beams are increasingly being used, as they offer high strength a...
Glued-in rods are important connecting and reinforcing elements in modern timber engineering used in...
This paper presents results from an experimental assessment of glued-in rods in cross laminated timb...
The experimental study completed in this thesis focused on timber-steel hybrid moment connections us...
A glued-in rods’ connection is generally constituted by a group of steel bars bonded by an adhesive ...
International audienceGlued-in-rods in timber structures lead to overcome the use of traditional bol...
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
A total of 86 pull-out strength tests on glued-in steel rods with metric threads M12, M16 and M20 ar...
Glued‐in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...