Two-phase flow is a prevalent phenomenon encountered in engineering systems. In
pipelines, the existence of two-phase flow introduces more intricate fluctuations in the …

The subsea rigid M-shaped jumpers provide reliable and flexible connections in subsea
production systems by using deflection to reduce the impact of internal flow and providing …

The subsea jumper, a crucial pipeline connector facilitating liquid transport between
underwater structures, experiences dynamic alterations in flow direction, rate, and phase …

High-intensity acoustic vibration is a new technology for solving the problem of uniform
dispersion of highly viscous materials. In this study, we investigate the mixing characteristics …

Removal of the accumulated liquid from jumpers of subsea gas production systems is
essential to avoid possible hydrate creation and further damage to the pipeline. However …

Traditionally, the consideration of the surrounding water during the modal analysis of
submerged structures has been done by applying constant added mass factors. This method …

In the multiple-phase pipelines in terms of the subsea oil and gas industry, the occurrence of
slug flow would cause damage to the pipelines and related equipment. Therefore, it is very …

An extensive spectrum of vibrational frequencies exists in two-phase Flow Induced
Vibrations (FIVs) due to the presence of diverse flow patterns. The distinct behavior of flow …

Subsea jumpers connecting the underwater wellhead and nearby manifold commonly
undergo flow-induced vibration (FIV) due to the spatially frequent alteration in the flow …

Sažetak Subsea jumpers play a critical role in subsea oil and gas production. Structural
damage such as cracks is inevitable in subsea jumpers due to the harsh marine …