Offshore platforms are widely used to explore, drill, produce, storage, and transport ocean
resources and are usually subject to environmental loading, such as waves, winds, ice, and …

Vibrations in marine offshore marine structures, due to various environmental loads, can
reduce platform productivity, endanger safety, affect serviceability of the structure and have …

This paper investigates the network-based modeling and event-triggered H∞ reliable
control for an offshore structure. First, a network-based model of the offshore structure …

Offshore platforms have had diverse applications in the marine industry, for example, oil or
gas platforms can provide facilities to store the oil and gas before transport those to …

As the world's need for renewable energy has grown in recent years, the possibility of
creating and collecting deep-sea wind energy has become a research hotspot. Floating …

The studies on the applications of tuned mass and liquid column dampers for wave vibration
control of offshore structures are notable. Though, the same is not the case for tuned liquid …

The production of intelligent materials in the design of vibration control devices have made
significant progress in the past two decades. Since the shape memory alloy (SMA) is a …

The applications of various conventional passive control devices to mitigate wave-induced
vibration of offshore structures are remarkable. However, the same is not true for useable …

A semi active control algorithm, using MR dampers, is developed for reduction of responses
of offshore jacket platforms induced by earthquake ground motions and the responses are …

A guide to the analysis and design of compliant offshore structures that highlights a new
generation of platforms Offshore Compliant Platforms provides an authoritative guideto the …