Offshore jacket platforms (OJPs) may be exposed to harsh environmental conditions during their operation in different return periods. It is necessary evaluate the dynamic performance of OJPs subjected extreme wave loadings secure a safe operation. In earlier studies, various approaches were introduced analyze response an OJP sea states. However, serious shortcoming proposed methods computationa...

Full Metal Jacket is a general-purpose visual dataflow language currently being developed on top of Emblem, a Lisp dialect strongly influenced by Common Lisp but smaller and more type-aware, and with support for CLOS-style object orientation, graphics, event handling and multi-threading. Methods in Full Metal Jacket Jacket are directed acyclic graphs. Data arriving at ingates from the calling m...

Tetrapod piled jacket (TPJ) foundations that support offshore wind turbines (OWTs) tend to be subjected significant torque is caused by eccentric loading from wind, waves, or accidental vessel impact. This paper presented a comprehensive three-dimensional (3D) numerical analysis investigate TPJs performance under torsional loading, which considered the distribution of local and rotation over pi...

Most of the offshore wind turbines (OWT) recently installed in Europe, China and North America are shallow water. However, unlocking full potential OWT lies deeper waters. Jacket substructures have presented themselves as a reliable foundation concept for transitional water depth. This study focuses on structural static dynamic analysis traditional jacket (with X K bracing) patented three-legge...

Abstract Accuracy in analysing the integrity of a structure is critical for determining structure’s fitness service and reliability status. Today, variety techniques approaches are applied, including use data science applications. Data synthesis computer science, mathematics, statistics. Meanwhile, susceptible to mix statistical technical design uncertainties that may remain flexible as long ca...

As a modern infrastructure for offshore oil and gas resources development, platforms have many advantages, such as high efficiency, concentration, flexibility, repeatability. At the same time, its upper module environment is bad, equipment numerous, has very big risk. In case of fire explosion other accidents, it difficult to get timely rescue. Therefore, risk assessment platform necessary. Thi...