The research and development of connecting and strengthening timber structural elements with glued-in rods (GiR) has been ongoing since the 1980s. Despite many successful applications in practice, agreement regarding design criteria has not been reached. This state-of-the-art review summarises results from both research and practical applications regarding connections and reinforcement with GiR. The review considers manufacturing methods, mechanisms and parameters governing the performance and strength of GiR, theoretical approaches to estimate their load-bearing capacity and existing design recommendations
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
Failure in wood structure is mainly caused by improper connection design, construction (fabrication)...
A short summary of research series made at VTT on joints of glulam structures based on at skew angle...
Glued‐in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Glued-in rods are important connecting and reinforcing elements in modern timber engineering used in...
Glued-in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Glued-in rods have been used for a number of years in several of the EU Member States which are acti...
Glued-in rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Timber joints with glued-in rods have several advantages with respect to mechanical connections, suc...
The experimental research conducted within this thesis project focused on joints composed of softwoo...
The aim of this research was to develop a reliable structural timber connection, which would break b...
Well-designed and executed glued-in rod connections can provide excellent structural performance in ...
International audienceStructural bonding technology has proven to be an economically and attractive ...
Significant evidence based on experimental research exists to give designers confidence in the use o...
Glued-in-rods in timber structures lead to overcome the use of traditional bolted connections, prese...
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
Failure in wood structure is mainly caused by improper connection design, construction (fabrication)...
A short summary of research series made at VTT on joints of glulam structures based on at skew angle...
Glued‐in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Glued-in rods are important connecting and reinforcing elements in modern timber engineering used in...
Glued-in Rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Glued-in rods have been used for a number of years in several of the EU Member States which are acti...
Glued-in rods (GiR) represent an adhesively bonded structural connection widely used in timber engin...
Timber joints with glued-in rods have several advantages with respect to mechanical connections, suc...
The experimental research conducted within this thesis project focused on joints composed of softwoo...
The aim of this research was to develop a reliable structural timber connection, which would break b...
Well-designed and executed glued-in rod connections can provide excellent structural performance in ...
International audienceStructural bonding technology has proven to be an economically and attractive ...
Significant evidence based on experimental research exists to give designers confidence in the use o...
Glued-in-rods in timber structures lead to overcome the use of traditional bolted connections, prese...
Glued-in rods (GiR) represent a very successful type of adhesively bonded joints in timber engineeri...
Failure in wood structure is mainly caused by improper connection design, construction (fabrication)...
A short summary of research series made at VTT on joints of glulam structures based on at skew angle...