JMSE | Free Full-Text | Buckling Mechanism of Offshore Pipelines: A State of the Art Next Article
in Journal A Modified Approach of Extracting Landfast Ice Edge Based on Sentinel-1A InSAR …

Pipelines are commonly buried, and can buckle upwards when heated if there is insufficient
soil uplift capacity. Interface tension beneath the buried pipe significantly influences the uplift …

The lower bound finite element limit analysis technique in conjunction with the second-order
conic optimization is used to determine the uplift resistance of pipeline buried in spatially …

The behavior of buried offshore pipelines subjected to upheaval buckling has attracted
much attention in recent years. Numerous researchers have made great efforts to investigate …

The performance of monopiles in cohesive soils is of great interest for future offshore wind
farm developments, particularly under the cyclic loads experienced in the ocean …

Submarine pipeline has been utilized more and more widely in offshore oil and gas
transportation engineering. Given that these pipelines frequently subject horizontal loading …

Buckling is a crucial phenomenon to be considered in offshore pipelines and is dependent
on the resistance of the surrounding soil, which depends on the diameter of the pipe (D) and …

Complex geological processes and depositional environments could bring great spatial
variability of the engineering properties of seabed sediments, which may further cause …

Buried offshore pipelines that operate under high temperature and pressure may undergo
upheaval buckling. Studies on the undrained uplift resistance of buried pipelines have …

Buried offshore pipes are prone to upheaval and lateral buckling because of the high
temperature and pressure of the materials being transported. An attempt has been made in …