To design a steel structure in fire is necessary to know its temperature. Using the data from
many experimental fire tests, Margaret Law estimated the maximum temperature in a …

The determination of fire resistance level of a structural member in a building requires an
efficient and accurate assessment of its limiting temperature in an enclosure fire …

The Eurocode system provides limited information regarding the structural fire design of
external steel structures. Eurocode 1 provides thermal action for external member but only in …

The work aims in the problem of numerical analysis of steel structures under natural fire. The
emphasis is put on the proper calculation of temperature field inside the structural members …

The fire resistance of a steel column is highly affected by the contact between the columns
and the walls, leading in general to a favorable effect due to the reduction of temperatures …

Rapid progress has been made in the development of advanced analytical methods for fire
engineering design in the last few years. As part of this tendency, the fire parts of Eurocodes …

To study the global structural and thermal behaviour of buildings in fire, a research project
was conducted including a fullscale test on a three storey steel frame building at Mittal Steel …

This paper describes new software features for the fire design of steel structures. This
analysis is performed according to Eurocode. An example is used to demonstrate the role of …

Large-space steel structures are extensively utilized in public buildings, such as stadiums,
airports, industrial plants, et al. Abundance research has been conducted on the structural …

The aim of using fire protection in a building is to reduce the rate of temperature rise of its
structural components in case of fire. For protected structural steel, the thermal properties of …