Add to ORKGThis study aims to develop a simple and unified analytical method for predicting fire resistance of reinforced concrete (RC) columns under fire conditions. The effects of elevated temperatures on material deterioration, and thus strength and stability of columns, are assessed. This leads to a straightforward and rational method – the ACT method.Master of Engineering (CEE
The fire resistance of reinforced concrete columns is determined by calculation as a function of siz...
The paper investigates the axial capacity of reinforced columns exposed to fire. The simplified meth...
The experience shows that fire-damaged concrete structures both technically and economically can be ...
This study aims to develop a simple and unified analytical method for predicting fire resistance of ...
This report investigates the fire resistance of reinforced concrete (RC) columns at elevated tempera...
This paper presents a simple model for the calculation of the fire resistance of reinforced concrete...
This paper presents a simple and rational interaction formula - the Rankine method for predicting th...
To develop general methods for the prediction of the fire resistance of reinforced concrete columns,...
Experimental and theoretical studies were carried out to predict the fire resistance of reinforced c...
Recent high-rise concrete buildings contain load-bearing walls and rectangular concrete columns that...
The fire resistance of square, reinforced concrete columns has been studied under both standard fire...
The fire resistance of square, reinforced concrete columns has been studied under both standard fire...
The fire resistance of square, reinforced concrete columns is studied under load and fire conditions...
Fire resistance of reinforced concrete (RC) columns, which is traditionally determined by expensive ...
A method has been derived for the fire design of concrete columns in the fire situation. This method...
The fire resistance of reinforced concrete columns is determined by calculation as a function of siz...
The paper investigates the axial capacity of reinforced columns exposed to fire. The simplified meth...
The experience shows that fire-damaged concrete structures both technically and economically can be ...
This study aims to develop a simple and unified analytical method for predicting fire resistance of ...
This report investigates the fire resistance of reinforced concrete (RC) columns at elevated tempera...
This paper presents a simple model for the calculation of the fire resistance of reinforced concrete...
This paper presents a simple and rational interaction formula - the Rankine method for predicting th...
To develop general methods for the prediction of the fire resistance of reinforced concrete columns,...
Experimental and theoretical studies were carried out to predict the fire resistance of reinforced c...
Recent high-rise concrete buildings contain load-bearing walls and rectangular concrete columns that...
The fire resistance of square, reinforced concrete columns has been studied under both standard fire...
The fire resistance of square, reinforced concrete columns has been studied under both standard fire...
The fire resistance of square, reinforced concrete columns is studied under load and fire conditions...
Fire resistance of reinforced concrete (RC) columns, which is traditionally determined by expensive ...
A method has been derived for the fire design of concrete columns in the fire situation. This method...
The fire resistance of reinforced concrete columns is determined by calculation as a function of siz...
The paper investigates the axial capacity of reinforced columns exposed to fire. The simplified meth...
The experience shows that fire-damaged concrete structures both technically and economically can be ...