AbstractThis paper studies the resistance of composite steel-concrete cross-section of columns at the ultimate limit state. The recommended design procedure is focused on solving the problem with the aid of the normal force vs. bending moment diagram, whose construction is time-consuming. This makes economical design difficult. Therefore a user-friendly application (a simple program on VBA platform) was developed for everyday use. The practical solution and some derivations are explained in this paper
Composite columns and beams are a combination of concrete and steel elements realising the advantage...
In the design of buildings today, great effort is made to increase the structural flexibility. This ...
The use of steel-concrete composite columns has been popular concurrently with the increase in the c...
Steel-concrete composite columns are an attractive alternative to more traditional structural steel ...
Ultimate load capacity of slender concrete-filled steel composite columns is investigated in this pa...
This paper presents a new computer method for the rapid design and ultimate strength capacity evalua...
This paper presents an experimental analysis of the confinement effects in steel-concrete composite ...
The main objective of this thesis is the verification of the buckling strength of the composite comp...
AbstractThe axial compressive strength capacity of concrete-filled light gauge steel composite colum...
Abstract The purpose of this work is the development and implementation of a numerical procedure for...
Abstract — Ultimate load capacity of slender concrete-filled steel composite columns is investigated...
Master's thesis in Structural engineeringWhile being relatively common in other parts of Europe, the...
In the paper, a simplified method for design of circular composite CFT columns according to the Euro...
To investigate the applicability of the methods for calculating the bearing capacity of high-strengt...
Composite columns and beams are a combination of concrete and steel elements realising the advantage...
Composite columns and beams are a combination of concrete and steel elements realising the advantage...
In the design of buildings today, great effort is made to increase the structural flexibility. This ...
The use of steel-concrete composite columns has been popular concurrently with the increase in the c...
Steel-concrete composite columns are an attractive alternative to more traditional structural steel ...
Ultimate load capacity of slender concrete-filled steel composite columns is investigated in this pa...
This paper presents a new computer method for the rapid design and ultimate strength capacity evalua...
This paper presents an experimental analysis of the confinement effects in steel-concrete composite ...
The main objective of this thesis is the verification of the buckling strength of the composite comp...
AbstractThe axial compressive strength capacity of concrete-filled light gauge steel composite colum...
Abstract The purpose of this work is the development and implementation of a numerical procedure for...
Abstract — Ultimate load capacity of slender concrete-filled steel composite columns is investigated...
Master's thesis in Structural engineeringWhile being relatively common in other parts of Europe, the...
In the paper, a simplified method for design of circular composite CFT columns according to the Euro...
To investigate the applicability of the methods for calculating the bearing capacity of high-strengt...
Composite columns and beams are a combination of concrete and steel elements realising the advantage...
Composite columns and beams are a combination of concrete and steel elements realising the advantage...
In the design of buildings today, great effort is made to increase the structural flexibility. This ...
The use of steel-concrete composite columns has been popular concurrently with the increase in the c...