The pipeline is prone to collapse under the combined external pressure and multiple
corrosion defects. Experiments of the full-scale pipelines with longitudinally …

In the study, a methodology is proposed based on the SENT experiments and crack-tip
constraint theory to determine the tensile strain capacity of a flawed pipe welded girth …

The subsea pipeline is prone to corrosion due to the combined influence of a complex
environment and internal fluid. The corrosion defect results in the local thinning of the wall …

The dynamic responses of a new structure combining a barge-type floating offshore wind
turbine and an aquaculture cage is investigated numerically. First, a 5 MW barge-type …

In this study, root notch defects in the application of variable wall thickness designs of
pipeline welded joints were analyzed. Considering variable-wall-thickness pipelines …

A partial pre-rusted wire beam electrode (WBE) was designed to study the influence of the
rust layer on rebar corrosion in the carbonated simulated concrete pore solution (SCPS) …

This paper proposes a ductile tearing assessment diagram (TAD) to predict the load
resistance to the crack extension relationship during the stable tearing process of the …

Affected by a complex environment, corrosion is a common defect in steel pipelines.
Moreover, steel pipelines are subjected to large axial forces during their installation and …

This work presents an experimental/numerical study characterizing the ductile fracture
response of a pipeline girth weld of a corrosion-resistant alloy, Inconel 625. The welded joint …

In this study, the Void Growth Model (VGM) is employed to predict the ductile fracture of X80
pipeline steel. The X80 pipeline tends to be applied in challenging scenarios, such as …