A characteristic feature of bridges made using cantilever concreting technology is their excessive deflections, which are a result of rheological processes in concrete and prestressing steel. These deflections can be caused by the destruction of the material, e.g. concrete cracking, as well as the changing of the static scheme of the bridge structure, such as the subsidence of supports. The final result of a structure’s operation is changes in its grade line, which in this paper are considered as the deflection line of a bridge’s span
Constructability considerations are of importance in segmental bridge construction as the occurrence...
A method is presented for the analysis of time-dependent deformations of post-tensioned concrete br...
In 1997, the Second Stichtse Bridge was built in the Netherlands using the balanced cantilever metho...
A characteristic feature of bridges as large span objects made using cantilever concreting technolog...
The technology of repairing reinforced concrete bridges typically involves closing traffic on one ha...
AbstractFree cantilever method has become a very common method for the concrete bridges construction...
The thesis deals with the deformation problem of segmental, cast-in-place concrete cantilever bridge...
Cable-stayed structures have become popular worldwide as one of the main alternatives for bridge des...
The long-term deflections of cast-in-place segmental bridges constructed using the cantilever method...
This diploma thesis deals with a static analysis of a highway bridge structure with respecting of co...
The paper presents a computer modelling technique for modernization of bridgework operations by buil...
The article discusses the analyses of a numerical model of an extradosed bridge built as part of the...
The Dutch road infrastructure contains a large number of concrete bridges and viaducts. Malfunction ...
Abstract The structural design under seismic loading has been for many years based on force methods ...
In the field of civil engineering and architecture, the concept of symmetry has been widely accepted...
Constructability considerations are of importance in segmental bridge construction as the occurrence...
A method is presented for the analysis of time-dependent deformations of post-tensioned concrete br...
In 1997, the Second Stichtse Bridge was built in the Netherlands using the balanced cantilever metho...
A characteristic feature of bridges as large span objects made using cantilever concreting technolog...
The technology of repairing reinforced concrete bridges typically involves closing traffic on one ha...
AbstractFree cantilever method has become a very common method for the concrete bridges construction...
The thesis deals with the deformation problem of segmental, cast-in-place concrete cantilever bridge...
Cable-stayed structures have become popular worldwide as one of the main alternatives for bridge des...
The long-term deflections of cast-in-place segmental bridges constructed using the cantilever method...
This diploma thesis deals with a static analysis of a highway bridge structure with respecting of co...
The paper presents a computer modelling technique for modernization of bridgework operations by buil...
The article discusses the analyses of a numerical model of an extradosed bridge built as part of the...
The Dutch road infrastructure contains a large number of concrete bridges and viaducts. Malfunction ...
Abstract The structural design under seismic loading has been for many years based on force methods ...
In the field of civil engineering and architecture, the concept of symmetry has been widely accepted...
Constructability considerations are of importance in segmental bridge construction as the occurrence...
A method is presented for the analysis of time-dependent deformations of post-tensioned concrete br...
In 1997, the Second Stichtse Bridge was built in the Netherlands using the balanced cantilever metho...