Acceptable methods of ultimate load analysis and design for composite steel–concrete beams are nowadays readily available. However, in the case when a composite beam is curved in plan under vertical loading or an edge beam, the beam is subjected to a state of combined flexure and torsion. Previous studies have shown that current methods of using flexure–torsion interaction equations for reinforced concrete beams cannot be directly applied to composite steel–concrete construction. Moreover, partial shear connection which has been commonly used in composite steel–concrete construction has not been previously addressed in studies on flexure–torsion interaction. Therefore, this paper provides results from several test programmes to support the ...
The behaviour of composite steel-concrete beams subjected to pure flexure and the presence of flexur...
This paper will outline the typical applications where steel-concrete composite beams are subjected ...
Composite steel-concrete beams are used frequently in situations where axial forces are introduced. ...
Acceptable methods of ultimate load analysis and design for composite steel-concrete beams are readi...
There are situations in which a composite steel–concrete beam is subjected to torsion, such as membe...
Methods for the ultimate load analysis and design of straight composite steel-concrete beams in flex...
Composite steel-concrete construction has been widely used around the world. Techniques for the ulti...
An improved understanding of the performance of composite beams subjected to combined flexure and to...
This paper investigates the behaviour of composite steel-concrete beams under combined flexure and t...
This paper utilised experimental tests to provide further information and conclusions regarding comp...
There are situations in which a composite steel–concrete beam is subjected to torsion, such as membe...
Composite steel-concrete construction is more preferred by engineers due to their advantages against...
Multi-span steel-concrete composite beams fabricated from two steel joists and one concrete slab are...
There are situations in which a composite steel-concrete beam is subjected to torsion, such as membe...
This paper considers the study of composite steel-concrete beams under combined actions. The behavio...
The behaviour of composite steel-concrete beams subjected to pure flexure and the presence of flexur...
This paper will outline the typical applications where steel-concrete composite beams are subjected ...
Composite steel-concrete beams are used frequently in situations where axial forces are introduced. ...
Acceptable methods of ultimate load analysis and design for composite steel-concrete beams are readi...
There are situations in which a composite steel–concrete beam is subjected to torsion, such as membe...
Methods for the ultimate load analysis and design of straight composite steel-concrete beams in flex...
Composite steel-concrete construction has been widely used around the world. Techniques for the ulti...
An improved understanding of the performance of composite beams subjected to combined flexure and to...
This paper investigates the behaviour of composite steel-concrete beams under combined flexure and t...
This paper utilised experimental tests to provide further information and conclusions regarding comp...
There are situations in which a composite steel–concrete beam is subjected to torsion, such as membe...
Composite steel-concrete construction is more preferred by engineers due to their advantages against...
Multi-span steel-concrete composite beams fabricated from two steel joists and one concrete slab are...
There are situations in which a composite steel-concrete beam is subjected to torsion, such as membe...
This paper considers the study of composite steel-concrete beams under combined actions. The behavio...
The behaviour of composite steel-concrete beams subjected to pure flexure and the presence of flexur...
This paper will outline the typical applications where steel-concrete composite beams are subjected ...
Composite steel-concrete beams are used frequently in situations where axial forces are introduced. ...