This publication describes a unique approach for evaluating the fire hazard to steel constructions and providing adequate protection where required. The fire load of a compartment is taken as the dominant variable and the structure must be able to resist it in case of an ignition. On this basis the design of a fire-resistant structure proceeds according to well-known principles of heat transfer and structural behavior.Peer reviewed: NoNRC publication: Ye
The fire resistance of steel columns protected with low density insulating materials is examined by ...
The goals of structural design are fundamentally different when designing structures at normal tempe...
Protective structures are designed explicitly to fulfil a function that in many cases is an extreme ...
This paper is aimed at describing the principles on which are based the current concepts of fire eng...
The main object of this study is to compute the structural fire resistance for several steel members...
The engineering approach in the design of fire prevention allows the engineer to study fire pre-vent...
This book explains and illustrates the rules that are given in the Eurocodes for designing steel str...
Structures should be constructed in a manner that it becomes stable in the occurrence of fire. Most ...
In this book the information relevant to fire design of steel structures is presented in a systemati...
ABSTRACT: Standard calculation methods are used in current design practice in the United States to d...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
The problem of estimation of fire resistance of steel frame structures with intumescent coatings is ...
In order to design a fire-resistant steel structure, the change in the physical and mechanical prope...
A rational, analytical approach to a fire engineering design of load bearing steel structures is des...
The fire resistance of steel columns protected with low density insulating materials is examined by ...
The fire resistance of steel columns protected with low density insulating materials is examined by ...
The goals of structural design are fundamentally different when designing structures at normal tempe...
Protective structures are designed explicitly to fulfil a function that in many cases is an extreme ...
This paper is aimed at describing the principles on which are based the current concepts of fire eng...
The main object of this study is to compute the structural fire resistance for several steel members...
The engineering approach in the design of fire prevention allows the engineer to study fire pre-vent...
This book explains and illustrates the rules that are given in the Eurocodes for designing steel str...
Structures should be constructed in a manner that it becomes stable in the occurrence of fire. Most ...
In this book the information relevant to fire design of steel structures is presented in a systemati...
ABSTRACT: Standard calculation methods are used in current design practice in the United States to d...
The Australian Steel Design Code, AS4100 provides guidance for design of steel elements. The fire se...
The problem of estimation of fire resistance of steel frame structures with intumescent coatings is ...
In order to design a fire-resistant steel structure, the change in the physical and mechanical prope...
A rational, analytical approach to a fire engineering design of load bearing steel structures is des...
The fire resistance of steel columns protected with low density insulating materials is examined by ...
The fire resistance of steel columns protected with low density insulating materials is examined by ...
The goals of structural design are fundamentally different when designing structures at normal tempe...
Protective structures are designed explicitly to fulfil a function that in many cases is an extreme ...