A review is provided focusing on the uncertainties in fatigue loads, damage and crack
growth to be incorporated in reliability assessments. The complex fatigue loads originating …

The study of the impact resistance of concrete-filled double-skin steel tube structures in the
ocean environment is essential to ensuring the safety and reliability of ocean engineering …

The effects of corrosion on the mechanical performance of steel were investigated by
conducting surface measurements and tensile tests on naturally corroded steel plates. With …

The buildings including steel-structured bridges, plants and ocean platforms which take
steel as the main material are prone to fall into pitting corrosion. Mechanical properties are …

Pitting corrosion poses a threat to plated steel structures serving in aggressive corrosion
environments. This paper involves numerical studies on the structural behaviour and …

This study adopts experimental, numerical, and algorithmic methods to investigate the
compressive behavior and failure mode of corroded circular steel tube short columns. The …

The objective of this work is to explore the possibility of corrosion degradation modelling of
thin steel plate specimens with the use of random field approach. The mechanical properties …

Low cycle cyclic loading tests of 7 corroded H steel columns (seismically compact section,
highly ductile member) were performed, so as to investigate the effect of corrosion on the …

To study the effects of corrosion on the mechanical property of corroded steel, the standard
monotonic tensile tests and corresponding finite element (FE) simulations with a modified …

Corrosion degradation of ship plates is predicted at different ship locations based on limited
information on the local environmental conditions. The ship spaces are classified according …