Timber connections can fail in a ductile or in a brittle way. A structural design that guarantees a ductile behaviour in case of failure is desirable, especially when facing extreme situations such as earthquakes. This work discusses how the European Yield Model (based on a ductile failure mechanism), included in many standards, combined with a reduction of the effective number of fasteners may provide too conservative results, which may inadvertently lead to risky situations in which a connection assumed to fail under a ductile mechanism would actually fail in a brittle manner. Within this paper, a proposal to improve the discrimination ability to correctly predict the failure mode is proposed
The plastic behavior of fasteners in timber structures has gained more and more interest within rece...
Due to the existing design equations of MS544: Part 5: 2001 are only considering a ductile failure m...
The load-bearing capacity of a timber member loaded perpendicular-to-grain by connections is governe...
Timber connections can fail in a ductile or in a brittle way. A structural design that guarantees a ...
Dowel-type fastener connections perpendicular to grain may fail in either a ductile or a brittle fas...
Ductile behavior of timber connections with metal fasteners is essential to achieve a robust structu...
For safety reasons, ductile failure in timber connections with dowel-type fasteners is always recomm...
Dowel-type connections in timber structures should be typically designed in a way that, if the load ...
Timber connections with steel dowel-type fasteners may fail in ductile or brittle ways. The design o...
The paper discusses the implications of ductility in design of timber structures under static and dy...
The performance of structural timber connections is of utmost importance since they control the glob...
Mechanical timber connections can fail both in a brittle and a ductile manner depending on the joint...
International audienceThe behaviour of timber connections is very complex because of the interaction...
The plastic behavior of fasteners in timber structures has gained more and more interest within rece...
Due to the existing design equations of MS544: Part 5: 2001 are only considering a ductile failure m...
The load-bearing capacity of a timber member loaded perpendicular-to-grain by connections is governe...
Timber connections can fail in a ductile or in a brittle way. A structural design that guarantees a ...
Dowel-type fastener connections perpendicular to grain may fail in either a ductile or a brittle fas...
Ductile behavior of timber connections with metal fasteners is essential to achieve a robust structu...
For safety reasons, ductile failure in timber connections with dowel-type fasteners is always recomm...
Dowel-type connections in timber structures should be typically designed in a way that, if the load ...
Timber connections with steel dowel-type fasteners may fail in ductile or brittle ways. The design o...
The paper discusses the implications of ductility in design of timber structures under static and dy...
The performance of structural timber connections is of utmost importance since they control the glob...
Mechanical timber connections can fail both in a brittle and a ductile manner depending on the joint...
International audienceThe behaviour of timber connections is very complex because of the interaction...
The plastic behavior of fasteners in timber structures has gained more and more interest within rece...
Due to the existing design equations of MS544: Part 5: 2001 are only considering a ductile failure m...
The load-bearing capacity of a timber member loaded perpendicular-to-grain by connections is governe...