The need to exploit enhanced wind resources far offshore as well as in deep waters requires
the use of floating support structures to become economically viable. The conventional three …

An efficient computational framework is presented for seismic risk assessment within a
modeling approach that utilizes stochastic ground motion models to describe the seismic …

In this paper, the dynamic response of a Tension Leg Platform (TLP) system with fractional
nonlinear viscoelastic tendon force under regular sea wave is investigated. Analytical and …

Abstract Structural Health Monitoring (SHM) of Tension Leg Platform (TLP) is very crucial for
preventing catastrophic and sudden collapse of the structures. One of the methods of …

As one of the most widely used types of deepwater offshore platforms, the Tension Leg
Platform (TLP) has shown excellent motion performance in waves; however, a detailed …

In this article, the effects of the changes in the mass of the floating wind turbine (as a multi-
body system) on its nonlinear vertical vibrations are investigated. The fluctuations of the …

Deep-sea floating platforms are one of the most important large structures for ocean energy
exploitation. A new energy-absorbing device named S-shaped Tuned Liquid Column …

Engineering models are known to be approximate representations of reality. When
approximate models are employed in design, it is usually better when they are (slightly) …

A new type of offshore wind tension leg platform (TLP) connected with a series of buoys
(Serbuoys-TLP) is proposed. With the consideration of coupling effect, derivations on the …

Robust design optimization (RDO) is a popular framework for addressing uncertainties in the
design of engineering systems by considering different statistical measures, typically the …