Add to ORKGExperimental results of intermediate floors strength with precast prestressed hollow-core slabs with platform joints are presented. Precast prestressed hollow-core slabs with ?5mm reinforcement of high-strength wire are produced by a continuous formless molding method, which imposes particular features on its reinforcement such as absence of transverse reinforcement near joints and danger of its destruction from shear on supports
The paper reports a study into the strength and deformability of the node that connects precast slab...
Precast, prestressed hollow core (PHC) slabs are widely used in civil construction, typically as flo...
Prestressed precast hollow core slabs (PPHCS) are commonly used as floor elements in the precast bui...
The improved joint design, in which the vertical pressing force is not transmitted over the entire a...
Analytical model allowing calculation of relation "bending moment - rotation angle" based on general...
The paper presents the results of flexural and shear tests up to failure on full-scale specimens hav...
The analysis of calculation methods of tangent bond stresses of concrete with high-strength wire tak...
The paper reports a study into the strength and deformability of the node that connects precast slab...
Hollow core slabs are Prestressed precast floor/roof elements which have longitudinal cores running ...
Hollow core slabs are the most popular product of the precast industry and has been used worldwide a...
In structural engineering ceilings affect both the building technique and the economic construction....
Six full-scale loading tests for slim floors comprising prestressed hollow core slabs and spine beam...
The paper presents the authors’ model of calculating the shear capacity of prestressed concrete holl...
To achieve structural integrity in precast concrete systems, connections between elements must be ca...
The paper considers large-panel constructive system of multi-storey buildings and its industrial bas...
The paper reports a study into the strength and deformability of the node that connects precast slab...
Precast, prestressed hollow core (PHC) slabs are widely used in civil construction, typically as flo...
Prestressed precast hollow core slabs (PPHCS) are commonly used as floor elements in the precast bui...
The improved joint design, in which the vertical pressing force is not transmitted over the entire a...
Analytical model allowing calculation of relation "bending moment - rotation angle" based on general...
The paper presents the results of flexural and shear tests up to failure on full-scale specimens hav...
The analysis of calculation methods of tangent bond stresses of concrete with high-strength wire tak...
The paper reports a study into the strength and deformability of the node that connects precast slab...
Hollow core slabs are Prestressed precast floor/roof elements which have longitudinal cores running ...
Hollow core slabs are the most popular product of the precast industry and has been used worldwide a...
In structural engineering ceilings affect both the building technique and the economic construction....
Six full-scale loading tests for slim floors comprising prestressed hollow core slabs and spine beam...
The paper presents the authors’ model of calculating the shear capacity of prestressed concrete holl...
To achieve structural integrity in precast concrete systems, connections between elements must be ca...
The paper considers large-panel constructive system of multi-storey buildings and its industrial bas...
The paper reports a study into the strength and deformability of the node that connects precast slab...
Precast, prestressed hollow core (PHC) slabs are widely used in civil construction, typically as flo...
Prestressed precast hollow core slabs (PPHCS) are commonly used as floor elements in the precast bui...