Wind energy is one of the most versatile and promising sustainable energy solutions. Wind
energy can be harvested in both onshore and offshore environments. Due to the …

An attempt has been made to study the hydrodynamic interaction of side-by-side vessels
based on the gap resonant modes which were theoretically derived by Molin et al. The …

Piston-modal wave resonance between a ship section and a bottom mounted terminal is
studied by employing a numerical wave flume based on OpenFOAM® package. A …

The hydrodynamic coupling of Semi-submersible floating wind turbine and offshore support
vessel during walk-to-work operation is studied, which is aimed at investigating the …

The operability of walk-to-work operation through gangway regarding floating wind turbine
and service operation vessel is studied. An attempt has been made to investigate the limiting …

This research modifies the existing fully nonlinear potential-flow model to investigate the
motion and load responses of a weathervaning floating production storage and offloading …

The analysis of flexible structures is essential to the design and safety in various offshore
floating operations. It is challenging to take full considerations of the flexibility and large …

Numerous tender assisted drilling (TAD) platforms are built to offer comfortable
accommodation for crews, on-site construction, and maintenance for production platforms …

In offshore offloading operations, two vessels in a side-by-side configuration experience
actions of both ambient water waves and liquid sloshing in internal tanks. Under the …

The dynamic response of the telescopic gangway strongly links to the relative motion which
is significant when the gangway vessel works along with another floating unit in proximity …