This paper reviews experimental methods for testing floating wind turbines. The techniques
covered include early-stage and up-to-date approaches such as a porous disc method and …

The work explains the rationale and principles behind the hydrodynamic design of a
dynamically self-stable hybrid platform to host a 10 MW turbine that is a free-float capable …

The paper presents the towing tests of CENTEC-TLP, a state-of-the-art free-float capable
tension leg platform supporting a 10 MW wind turbine. The platform's design process and …

This work presents a preliminary study of the stress distribution on the tension leg platform of
a 10MW floating wind turbine. The 10 MW turbine combined with the platform hull are …

An assessment is made of the stress distribution and the hydrodynamic response of the
preliminary structural design of the tension leg platform of a 10 MW wind turbine. The …

A system that allows testing new concepts quickly and with higher precision is developed
and demonstrated through an example of a tension leg platform. The process goes through …

This work evaluates the experimental test results regarding the operational performance of a
free-float capable tension leg platform with a 10 MW wind turbine. It covers the platform …

The principles behind the design of a self-stable tension leg platform that hosts the DTU 10
MW wind turbine are introduced. The structure is a free-float capable TLP, named the …

This paper presents an automatic size optimization framework for the typical internal turret of
FPSO. For optimization preparation, a point set based modeling method is proposed to offer …

This work evaluates the use of an open-source potential flow solver in the hydrodynamic
ana lysis of floating wind turbine dynamics. The platform in question is a free-float capable …