The purpose of the present paper is to determine the response of main elements and resistance structures to extreme circumstances, specifi-cally to action of conflagration, considering the temperature distribu-tion inside structure’s elements, materials characteristics – steel for this case – following the determination of thermo-mechanic response of main elements and resistance structures
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...
AbstractIn the paper the influence of boundary conditions on the thermal response of selected steel ...
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...
During a fire a structural member may be exposed to heating at extremely high temperatures, and as a...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
Structures should be constructed in a manner that it becomes stable in the occurrence of fire. Most ...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
This publication describes a unique approach for evaluating the fire hazard to steel constructions a...
High temperature is one of the factor that caused the structure to be severe and would undermine the...
This paper presents an experimental investigation into the behaviour of high-strength steel (HSS) st...
This paper is concerned with the material characteristics of various commercial high strength struct...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
For mild steels it has been proven by experimental evidence that the mechanical material behaviour i...
Structures exposed to fire loading, where supports prevent thermal expansions, must be calculated ac...
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...
AbstractIn the paper the influence of boundary conditions on the thermal response of selected steel ...
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...
During a fire a structural member may be exposed to heating at extremely high temperatures, and as a...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
Structures should be constructed in a manner that it becomes stable in the occurrence of fire. Most ...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
This publication describes a unique approach for evaluating the fire hazard to steel constructions a...
High temperature is one of the factor that caused the structure to be severe and would undermine the...
This paper presents an experimental investigation into the behaviour of high-strength steel (HSS) st...
This paper is concerned with the material characteristics of various commercial high strength struct...
This paper presents the mechanical properties of high strength structural steel and mild structural ...
For mild steels it has been proven by experimental evidence that the mechanical material behaviour i...
Structures exposed to fire loading, where supports prevent thermal expansions, must be calculated ac...
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...
AbstractIn the paper the influence of boundary conditions on the thermal response of selected steel ...
Given the need to minimize the weight-dimensional indicators of steel structures, the issue of the e...