This study aims to investigate the prediction of critical buckling load of steel columns using
two hybrid Artificial Intelligence (AI) models such as Adaptive Neuro-Fuzzy Inference System …

This paper describes a comprehensive testing and numerical simulation investigation into
the material properties, membrane residual stresses and compression capacities of S690 …

This paper presents an experimental program that studies the structural behaviour of high
strength Concrete Encased Steel (CES) composite columns. The structural performance …

The main aim of this study is to develop different hybrid artificial intelligence (AI)
approaches, such as an adaptive neuro-fuzzy inference system (ANFIS) and two ANFISs …

The stress-strain characteristics of structural steels are predominantly influenced by their
chemical composition, manufacturing process and heat treatment. To date, various stress …

This paper presents an in-depth numerical investigation into the local buckling behaviour
and develops advanced machine learning (ML)-based design methods for high strength …

The cross-sectional behaviour and residual compression resistances of S690 high strength
steel welded I-section stub columns after exposure to elevated temperatures up to 950° C …

The present paper describes an in-depth experimental and numerical investigation into the
in-plane flexural behaviour and bending moment capacities of S690 high strength steel …

This paper presents a thorough experimental and numerical study of the structural
behaviour and resistance of S700 high strength steel double shear bolted connections …

The use of high strength steel (HSS) has been consolidated around the world because of its
numerous advantages mostly for high-rise buildings and large span bridges. As it provides …