This article aims at presenting the basic principles of designing steel structures according to Eurocode PN-EN 1993-1-2, i.e. with respect to ensuring the appropriate level of safety for such structures in case of a fire developing into flashover. The load-carrying capacity of a steel structure, serving as an example, was assessed on the basis of a static strain-stress analysis. The analysis was conducted regarding changes in the temperature of structural members, both the exposed and the fireproof protected ones, under fire conditions
The purpose of this study is to develop an approach that considers fire as a load in the design of s...
AbstractIn the paper the analysis of the influence of fire load on class of cross-section of steel s...
The article demonstrates the both theoretical and actual fire resistance limits of the composite I-s...
In the present article the failure behaviour of a steel, beam type element supported against fire by...
The objective of this article is the illustration of the calculation of natural fires and fire resis...
The information that is necessary to perform the fire design of a structure made of a particular mat...
This book explains and illustrates the rules that are given in the Eurocodes for designing steel str...
The goals of structural design are fundamentally different when designing structures at normal tempe...
The information that is necessary to perform the fire design of a structure made of a particular mat...
This paper focuses on the structural analysis of a steel structure under fire loading. In this frame...
In this book the information relevant to fire design of steel structures is presented in a systemati...
In order to design a fire-resistant steel structure, the change in the physical and mechanical prope...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
Both steel and concrete suffer a progressive reduction in both strength and stiffness as their tempe...
Development of steel frame modular buildings is gaining increased popularity and support throughout ...
The purpose of this study is to develop an approach that considers fire as a load in the design of s...
AbstractIn the paper the analysis of the influence of fire load on class of cross-section of steel s...
The article demonstrates the both theoretical and actual fire resistance limits of the composite I-s...
In the present article the failure behaviour of a steel, beam type element supported against fire by...
The objective of this article is the illustration of the calculation of natural fires and fire resis...
The information that is necessary to perform the fire design of a structure made of a particular mat...
This book explains and illustrates the rules that are given in the Eurocodes for designing steel str...
The goals of structural design are fundamentally different when designing structures at normal tempe...
The information that is necessary to perform the fire design of a structure made of a particular mat...
This paper focuses on the structural analysis of a steel structure under fire loading. In this frame...
In this book the information relevant to fire design of steel structures is presented in a systemati...
In order to design a fire-resistant steel structure, the change in the physical and mechanical prope...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
Both steel and concrete suffer a progressive reduction in both strength and stiffness as their tempe...
Development of steel frame modular buildings is gaining increased popularity and support throughout ...
The purpose of this study is to develop an approach that considers fire as a load in the design of s...
AbstractIn the paper the analysis of the influence of fire load on class of cross-section of steel s...
The article demonstrates the both theoretical and actual fire resistance limits of the composite I-s...