This paper deals with the load-carrying capacity calculation of laterally loaded metal dowel type connections according to Eurocode 5. It is based on analytically derived, relatively complicated mathematical relationships, and thus it can be quite laborious for practical use. The aim is to propose a possible simplification of the calculation. Due to quite a great variability of fasteners’ types and the connection arrangements, the attention is paid to the most commonly used nailed connections. There was performed quite an extensive parametric study focused on the calculation of load-carrying capacity of the simple shear and double shear plane nail connections, joining two or three timber parts of softwood or hardwood. Based on the study res...
There is a significant possibility of improving the load bearing capacities calculated according to ...
The timber failure mechanisms at the connection area (block shear, plug shear, row shear, tension at...
The paper presents load-bearing capacity calculation methods for timber elements connections by angl...
The paper deals with the analysis of the load-carrying capacity of a timber semi-rigid connection cr...
Dowel-type connections are commonly used in timber engineering for a large range of structural appli...
For the use of hardwood products, all relevant properties of the products as well as of the joints m...
In order to maximize utilization, numerical simulations are gaining importance in the design of timb...
Nowadays, the use of timber as a building material is gaining more prominence. When designing timber...
Dowel-type fasteners are one of the most used type of connections in timber joints. Its design follo...
This paper briefly reviews the load-carrying capacity predictive models for dowel-type connectors in...
Dowel-type steel to timber connections are commonly used in timber structure. The load carrying capa...
Design of dowel-type fastener connections in framed timber structures usually involves a two-step an...
Eurocode 5 (EC5) [1] as the current effective design code for timber structures contains a lot of ru...
This work aims to describe the different types of connectors and fasteners that is made for the des...
The load-bearing capacity of a timber member loaded perpendicular-to-grain by connections is governe...
There is a significant possibility of improving the load bearing capacities calculated according to ...
The timber failure mechanisms at the connection area (block shear, plug shear, row shear, tension at...
The paper presents load-bearing capacity calculation methods for timber elements connections by angl...
The paper deals with the analysis of the load-carrying capacity of a timber semi-rigid connection cr...
Dowel-type connections are commonly used in timber engineering for a large range of structural appli...
For the use of hardwood products, all relevant properties of the products as well as of the joints m...
In order to maximize utilization, numerical simulations are gaining importance in the design of timb...
Nowadays, the use of timber as a building material is gaining more prominence. When designing timber...
Dowel-type fasteners are one of the most used type of connections in timber joints. Its design follo...
This paper briefly reviews the load-carrying capacity predictive models for dowel-type connectors in...
Dowel-type steel to timber connections are commonly used in timber structure. The load carrying capa...
Design of dowel-type fastener connections in framed timber structures usually involves a two-step an...
Eurocode 5 (EC5) [1] as the current effective design code for timber structures contains a lot of ru...
This work aims to describe the different types of connectors and fasteners that is made for the des...
The load-bearing capacity of a timber member loaded perpendicular-to-grain by connections is governe...
There is a significant possibility of improving the load bearing capacities calculated according to ...
The timber failure mechanisms at the connection area (block shear, plug shear, row shear, tension at...
The paper presents load-bearing capacity calculation methods for timber elements connections by angl...