In wooden structures, there is a need for composite elements, caused by limitations in the size of the timber materials. For example, in compound wooden runs, individual logs and bars are connected by means of rigid or flexible joints. In fact, the compliance of the connections worsens the work of the composite element, reduces its bearing capacity and increases deformability. To date, there are several approaches for determining the compliance of joints, to achieve simplicity, a number of factors can be used to reduce the resistance of composite elements to bending. Based on the theoretical base and experimental work, compliance was estimated
The load-bearing capacity of joints using thin steel elements for wood buildings was considered. Six...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
In the design process of composite structures, such as in timber-concrete, the shear connectors repr...
Introduction. Studying the designing and constructing experience of beam bridges with composite log ...
This paper presents results of experimental and mathematical analysis of stiffness characteristics o...
This is a study of partial composite action in timber constructions. The aim was to determine a meth...
In this study was carried out a physical experimentation of a joint of wooden structure made of carb...
AbstractTest of bending strength section obtained through longitudinal connecting wooden elements wa...
About 20% of the world’s timber grows in Russia, but the huge forest-raw material potential is used ...
This article is devoted to the peculiarities of calculating compliance modifications of the timber e...
This paper presents results of experimental and mathematical analysis of stiffness characteristics o...
This thesis investigates the behaviour of timber-concrete composite beams with mechanical shear conn...
For the composite structures based on wood, that include reinforced wooden structures, allowance for...
Timber-concrete composite structures work appropriately when a suitable connection system is include...
Glued-in rods are a very effective method to connect timber members; they are, however, not yet as w...
The load-bearing capacity of joints using thin steel elements for wood buildings was considered. Six...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
In the design process of composite structures, such as in timber-concrete, the shear connectors repr...
Introduction. Studying the designing and constructing experience of beam bridges with composite log ...
This paper presents results of experimental and mathematical analysis of stiffness characteristics o...
This is a study of partial composite action in timber constructions. The aim was to determine a meth...
In this study was carried out a physical experimentation of a joint of wooden structure made of carb...
AbstractTest of bending strength section obtained through longitudinal connecting wooden elements wa...
About 20% of the world’s timber grows in Russia, but the huge forest-raw material potential is used ...
This article is devoted to the peculiarities of calculating compliance modifications of the timber e...
This paper presents results of experimental and mathematical analysis of stiffness characteristics o...
This thesis investigates the behaviour of timber-concrete composite beams with mechanical shear conn...
For the composite structures based on wood, that include reinforced wooden structures, allowance for...
Timber-concrete composite structures work appropriately when a suitable connection system is include...
Glued-in rods are a very effective method to connect timber members; they are, however, not yet as w...
The load-bearing capacity of joints using thin steel elements for wood buildings was considered. Six...
In this paper the behavior of different types of single bolt joints for timber structures are studie...
In the design process of composite structures, such as in timber-concrete, the shear connectors repr...