Influence of residual stresses on the stability of steel columns with various sections at elevated temperatures has been studied. The potential effect of residual stresses on the stability of columns should be clarified, as the stability of compression elements in fire even without explicitly regarding residual stresses is not a straightforward phenomenon. Extensive numerical study was performed utilizing non-linear finite element method. Results for models ignoring and accounting for residual stresses were compared for different steel grades, various slenderness values, temperatures and section types. Results were compared with Eurocode method
This paper investigates the behavior of steel beam‐columns loaded in axial compression and uniform b...
A programme of experimental testing has been conducted to investigate the behaviour of steel columns...
Fire safety design of building structures has received greater attention in recent times due to cont...
Influence of residual stresses on the stability of steel columns with various sections at elevated t...
Among other things, this reports explains how residual stresses have to be modelled in the numerical...
peer reviewedThis paper explains how residual stresses have to be taken into account in the numerica...
Residual stresses have considerable effect on both the local and the member stability behaviour of s...
Cold-formed steel sections are commonly used in low-rise commercial and residential buildings. Durin...
Cold-formed steel sections are commonly used in low-rise commercial and residential buildings. Durin...
In this paper, the buckling and critical temperatures of H-section steel columns under fire were stu...
This paper aims to numerically investigate the response of steel columns in compression when exposed...
This thesis studies the buckling behavior of I-shaped steel columns under the effect of thermal grad...
This paper describes a step improvement in the numerical modelling of the structural response of axi...
Thermal gradients often occur in fire exposed structures. This paper considers thermal gradients ove...
textThe effects that thermally induced forces and deformations have on the performance and safety of...
This paper investigates the behavior of steel beam‐columns loaded in axial compression and uniform b...
A programme of experimental testing has been conducted to investigate the behaviour of steel columns...
Fire safety design of building structures has received greater attention in recent times due to cont...
Influence of residual stresses on the stability of steel columns with various sections at elevated t...
Among other things, this reports explains how residual stresses have to be modelled in the numerical...
peer reviewedThis paper explains how residual stresses have to be taken into account in the numerica...
Residual stresses have considerable effect on both the local and the member stability behaviour of s...
Cold-formed steel sections are commonly used in low-rise commercial and residential buildings. Durin...
Cold-formed steel sections are commonly used in low-rise commercial and residential buildings. Durin...
In this paper, the buckling and critical temperatures of H-section steel columns under fire were stu...
This paper aims to numerically investigate the response of steel columns in compression when exposed...
This thesis studies the buckling behavior of I-shaped steel columns under the effect of thermal grad...
This paper describes a step improvement in the numerical modelling of the structural response of axi...
Thermal gradients often occur in fire exposed structures. This paper considers thermal gradients ove...
textThe effects that thermally induced forces and deformations have on the performance and safety of...
This paper investigates the behavior of steel beam‐columns loaded in axial compression and uniform b...
A programme of experimental testing has been conducted to investigate the behaviour of steel columns...
Fire safety design of building structures has received greater attention in recent times due to cont...