Steel structural elements are sensitive to elevated temperatures, while timber elements have good thermal insulation properties. Timber material can fulfill the role of fire protection of steel members. The effect of the protection is demonstrated on an experiment with three beams with different levels of the protection, placed into a horizontal furnace. The experimental task was also numerically analysed with standard computational approach given by the Eurocode [1, 2], which leads to an interesting comparison, as the calculation is supposed to provide higher temperatures and larger deformations compared to the experimental data
The paper presents a summary of results from a series of experimental and numerical studies on the f...
Masters Degree. University of KwaZulu-Natal, Durban.This study was aimed at investigating the perfor...
This paper reports a study into the possibility of applying a simplified approach, recommended by st...
Sufficient knowledge of the behaviour of wood under fire is necessary for the most effective, the mo...
Steel is a common construction material characterized by a very good strength-to-weight ratio and du...
In this paper the advanced calculation method to determine the response of timber beams during fire ...
The fire resistance and the thermomechanical behaviour of Steel-Timber Composite (STC) beams are stu...
This article presents the possibility of increasing the fire resistance of a steel member with the u...
Timber is an desired material for structural applications due to its green credentials and attractiv...
Connections are usually the weakest parts in most structures, especially in fire conditions. The loa...
In this book the information relevant to fire design of steel structures is presented in a systemati...
Fire is an extreme action, to which a steel structure may be submitted, and therefore, must be desig...
Preliminary fire experimental tests have been carried out on steel plates protected with intumescent...
The New Zealand Steel Code consists of few practical design tools other than finding the time and te...
This investigation is intended for an experimental assessment of the fire resistance of the axially ...
The paper presents a summary of results from a series of experimental and numerical studies on the f...
Masters Degree. University of KwaZulu-Natal, Durban.This study was aimed at investigating the perfor...
This paper reports a study into the possibility of applying a simplified approach, recommended by st...
Sufficient knowledge of the behaviour of wood under fire is necessary for the most effective, the mo...
Steel is a common construction material characterized by a very good strength-to-weight ratio and du...
In this paper the advanced calculation method to determine the response of timber beams during fire ...
The fire resistance and the thermomechanical behaviour of Steel-Timber Composite (STC) beams are stu...
This article presents the possibility of increasing the fire resistance of a steel member with the u...
Timber is an desired material for structural applications due to its green credentials and attractiv...
Connections are usually the weakest parts in most structures, especially in fire conditions. The loa...
In this book the information relevant to fire design of steel structures is presented in a systemati...
Fire is an extreme action, to which a steel structure may be submitted, and therefore, must be desig...
Preliminary fire experimental tests have been carried out on steel plates protected with intumescent...
The New Zealand Steel Code consists of few practical design tools other than finding the time and te...
This investigation is intended for an experimental assessment of the fire resistance of the axially ...
The paper presents a summary of results from a series of experimental and numerical studies on the f...
Masters Degree. University of KwaZulu-Natal, Durban.This study was aimed at investigating the perfor...
This paper reports a study into the possibility of applying a simplified approach, recommended by st...