A cylindrical, floating WEC with four spread mooring lines is chosen as case study.
Moored to the ocean floor 1,500 metres below the surface, the $600m structure comprises a 13,600-tonne cylindrical floating "spar" supporting a 9,800-tonne 9,800-tonneon or "topside".
The structure of the new breakwater named cylindrical floating breakwater (CFB) consists of two parts: a main body of rigid cylinders, and a flexible mesh cage containing a number of suspending balls that are intended to absorb the wave energy into their mechanical energy.
Silently, steadily, the three-foot-long cylindrical sensor floats in the cold ocean current, 3,000 feet below the surface.
With the semi-analytical techniques, the influence of the cylindrical geometry of the floating magnet, the lifting magnet and the diamagnetic plate are parametrically studied to assess their effects on the levitation gap, size of the system and the natural frequency.
A parameter study on energy allocation is carried out with various types of translation motion (vertical, horizontal, and rotational for Options V, H, and R), and the geometry of the float (spherical and cylindrical end shapes for Options S, and C).
Next according to the information of a cylindrical FPSO, a sandglass-type floating model with the same basic function has been designed.
This paper proposes a load-modifying method for the stress and deflection analyses of floating roofs used in cylindrical oil storage tanks.
One is of metallic spheres floating around a simple cylindrical shape.
