The resistance of steel-concrete composite trusses is significantly influenced by shear connection producing interaction between the steel beam and concrete slab. To create the interaction between these structural parts, it is needed to prevent the relative slip at the steel-concrete interface using the shear connectors. Push-out testing can reflect the more real effect of the longitudinal force and reproduce the distribution of the shear force between the steel section and concrete slab. The finite element analysis is used in the paper to investigate numerically this structural system behavior, exploiting finite element computer procedures
Continuous beams are widely adopted in steel-concrete composite construction for both building floor...
International audienceSteel-concrete composite beam is an alternative to reduce the construction tim...
Abstract Steel composite structures have been studied in various areas such as bridges, high rise bu...
The design specifications of composite trusses are only partially included in the European standards...
Abstract: The use of composite structures is increasingly present in civil construction works. Steel...
AbstractThe design specifications of composite truss, included in the American standard (ASCE), are ...
Steel-concrete composite trusses as structure systems are not used very often in Europe. One of the ...
In composite steel-concrete construction applications, the behavior of the shear connectors is param...
International audienceStrength, stiffness and durability requirement for civil engineering construct...
In composite steel-concrete beam construction, one of the most common methods to evaluate shear conn...
In composite beam design, headed stud shear connectors are commonly used to transfer longitudinal sh...
This paper outlines the problem concerning the effects of various issues on the behaviour of stud sh...
In steel-concrete composite beams, longitudinal shear forces are transferred across steel flange-con...
The work presents a numerical study that focuses on steel-concrete composite beams using ductile hea...
This contribution presents an experimental study on composite steel truss in concrete (CSTC) beams c...
Continuous beams are widely adopted in steel-concrete composite construction for both building floor...
International audienceSteel-concrete composite beam is an alternative to reduce the construction tim...
Abstract Steel composite structures have been studied in various areas such as bridges, high rise bu...
The design specifications of composite trusses are only partially included in the European standards...
Abstract: The use of composite structures is increasingly present in civil construction works. Steel...
AbstractThe design specifications of composite truss, included in the American standard (ASCE), are ...
Steel-concrete composite trusses as structure systems are not used very often in Europe. One of the ...
In composite steel-concrete construction applications, the behavior of the shear connectors is param...
International audienceStrength, stiffness and durability requirement for civil engineering construct...
In composite steel-concrete beam construction, one of the most common methods to evaluate shear conn...
In composite beam design, headed stud shear connectors are commonly used to transfer longitudinal sh...
This paper outlines the problem concerning the effects of various issues on the behaviour of stud sh...
In steel-concrete composite beams, longitudinal shear forces are transferred across steel flange-con...
The work presents a numerical study that focuses on steel-concrete composite beams using ductile hea...
This contribution presents an experimental study on composite steel truss in concrete (CSTC) beams c...
Continuous beams are widely adopted in steel-concrete composite construction for both building floor...
International audienceSteel-concrete composite beam is an alternative to reduce the construction tim...
Abstract Steel composite structures have been studied in various areas such as bridges, high rise bu...