Hydrogen gas is a renewable energy source for electrical and transportation fuel for
vehicular applications. However, the storage and transportation of hydrogen gas are …

Crack is the most common failure mode of the pipeline system, which may lead to high-
speed and high-pressure hydraulic oil leakage. In this paper, the dynamic modeling and …

In this study, a hybrid finite element and extended transfer matrix method (FEM-ETMM) is
formulated to simulate the breathing effect and fluid disturbances of a fluid-conveying …

Underground pipes are essential infrastructure for water, oil and gas transport. The
presence of localized pitting corrosion has been identified as one of the main deterioration …

Offshore mooring chains are continuously subjected to cyclic environmental loadings,
resulting in fatigue cracks that always develop at the surface and grow across the circular …

In most metal structures, corrosion has been recognized as the main cause of failure, and
fracture often occurs in structures subjected to corrosion, eg, metal pipes. Since the …

Mixed mode fractures can be triggered by either multi-axial stresses or inclined cracks or
both. Little research has been undertaken on stress intensity factors for inclined cracks in …

Based on fracture mechanics theory, a finite element method was used to determine the
stress intensity factors of the inclined crack on the inner surface of the pipe under axial …

This study aims to investigate the mixed-mode fracture behavior of stiffened plates with
inclined semi-elliptical surface cracks (ISSCs). For this purpose, a new numerical model is …

Abstract The Hydrogen Embrittlement (HE) appearance is the main reason for the desire to
evaluate the burst pressure of pipes. Several existing models predict burst pressure of …