The paper presents a critical review of the currently available models for the mechanical
behaviour of concrete at elevated temperatures. Based on these models and experimental …

Steel and Composite Structures: Behaviour and Design for Fire Safety presents a systematic
and thorough description of the behaviour of steel and composite structures in fire, and …

Finite element thermal and structural computer programs were developed to predict the
behavior of three dimensional reinforced concrete structures in fire. The thermal program …

A functional relationship between the fire resistance of a concrete filled steel column and the
parameters which cause the fire resistance is represented using an artificial neural network …

This paper presents an accurate and robust geometric and material nonlinear formulation to
predict structural behaviour of unprotected steel members at elevated temperatures. A fire …

Structural members experience significant creep deformations in later stages of fire
exposure, and are susceptible to failure due to high-temperature creep effects. However, in …

This paper quantifies effect of transient creep on response of reinforced concrete (RC)
columns under severe fire exposure scenarios. A three-dimensional finite element model is …

This chapter presents a survey of available numerical methods used in the thermal and
structural analysis of buildings in fire. The problem of structural response of buildings to fire …

Simple analytical procedures are described to predict the structural behavior (axial
displacements and failure) of reinforced concrete (RC) columns exposed to fire. The …

ASTM International: A325 bolts 133, 137, 137f, 139, 140f; A490 bolts 133, 136f, 139;
restrained and unrestrained assemblies 19–20; Standard A572 123; Standard A1077 152; …