A numerical model is constructed for a floating spherical buoy fastened by mooring cables.
Two cables are distributed on the two sides of the buoy with a symmetric layout. The tops of …

A time-domain hybrid finite element-boundary element (FE-BE) method is developed to
investigate nonlinear interaction between ship waves and slender structures. The ship …

Virtual simulation is an economical and efficient method in mechanical system design.
Numerical modeling of a spar platform, tethered by a mooring cable with a spherical joint is …

A moored spar platform, equipped with various instruments, serves as a crucial tool in
hydrological monitoring. However, conducting dynamic analyses of a single spar that …

Floating facilities have been studied based on the static analysis of mooring cables over the
past decades. To analyze the floating system of a spherical buoy moored by a cable with a …

Flexible dynamic analysis is a critical process in designing offshore wind turbines that are
composed of several huge components. This process was implemented with a hybrid …

A new global shape function (GSF) based dynamic analysis method for mooring systems of
floating structures is proposed, aiming at securing a robust solution to the existing trade-off …

Numerical simulation is an economical and effective method in the field of marine
engineering. The dynamics of mooring cables has been analysed by a numerical simulation …

Virtual simulation is a ecconomical and effective method in mechanical system design. This
paper aims at verifing the accuracy of the numerical simulation for underwater catenary …