AbstractTimber-concrete composite structures, which use advantages of both materials, are suitable for new works and reconstructions of civil and residential buildings. There are described many methods of joining between timber beam and concrete slab in technical literature. Joints are more and more sophisticated which brings higher demands on work control and technology. Main goal of the paper is in design technologically low demanding method of joining with steel plates and nails, to test its shear strength and to compare it with other similar joining methods
Abstract The subject of this Master thesis is to investigate the performance of the behaviour of Cro...
This paper introduces a new, structural wood–concrete composite system. The system is formed by join...
One of the important issues in the development of a multi-storey timber construction system is the d...
Four T-beams made up of concrete flanges and timber ribs were tested in the laboratory up to failure...
Thanks to good quality of both materials are today composite timber-concrete constructions suitable...
Timber-concrete composite beams and slabs require interlayer connection, which provides composite ac...
The article presents the results of a numerical analysis of the load capacity and stiffness of the c...
In this paper an easy-to-use design model for timber-concrete composite beams is discussed. The mode...
The authors report on an experimental test program on different shear connectors to be used in floor...
This paper describes an experimental study of partial strength composite steel-concrete joints which...
Abstract. This paper deals with the composite timber-concrete structures.. By combining timber and c...
The subject of the scientific research are composite structures type timber-concrete with the specia...
The paper deals with the laboratory tests on timber-steel-concrete composite beams, equipped with an...
Reinforced concrete slabs supported by structural steel beams are frequently used in structures to c...
In this paper a novel and efficient structural system, that comprises steel beams and prefabricated ...
Abstract The subject of this Master thesis is to investigate the performance of the behaviour of Cro...
This paper introduces a new, structural wood–concrete composite system. The system is formed by join...
One of the important issues in the development of a multi-storey timber construction system is the d...
Four T-beams made up of concrete flanges and timber ribs were tested in the laboratory up to failure...
Thanks to good quality of both materials are today composite timber-concrete constructions suitable...
Timber-concrete composite beams and slabs require interlayer connection, which provides composite ac...
The article presents the results of a numerical analysis of the load capacity and stiffness of the c...
In this paper an easy-to-use design model for timber-concrete composite beams is discussed. The mode...
The authors report on an experimental test program on different shear connectors to be used in floor...
This paper describes an experimental study of partial strength composite steel-concrete joints which...
Abstract. This paper deals with the composite timber-concrete structures.. By combining timber and c...
The subject of the scientific research are composite structures type timber-concrete with the specia...
The paper deals with the laboratory tests on timber-steel-concrete composite beams, equipped with an...
Reinforced concrete slabs supported by structural steel beams are frequently used in structures to c...
In this paper a novel and efficient structural system, that comprises steel beams and prefabricated ...
Abstract The subject of this Master thesis is to investigate the performance of the behaviour of Cro...
This paper introduces a new, structural wood–concrete composite system. The system is formed by join...
One of the important issues in the development of a multi-storey timber construction system is the d...