Waves and currents coexist in a wide range of natural locations for the deployment of
offshore structures and devices. This combined wave–current environment largely …

Vertical surface piercing cylinders, such as typical coastal wind turbine foundations and
basic elements of many coastal structures, are often exposed to combined loading from …

Abstract Design standards for drag loading on offshore jacket structures do not presently
account for the reduction in forces arising from flow blockage effects in the event of …

This paper documents large laboratory-scale measurements of hydrodynamic force time
histories on a realistic 1: 80 scale space-frame jacket structure exposed to combined waves …

This paper documents large laboratory-scale measurements of hydrodynamic force time
histories on a realistic 1: 80 scale space-frame jacket structure, which is allowed to respond …

This paper reports on numerical simulations of focused waves on currents interacting with a
vertical cylinder. The simulations are conducted using a Numerical Wave Tank (NWT) based …

This work involves the study of wind impact on a lattice structure. Permeable lattice
structures are widely used in construction all over the world (oil derricks and power line …

This paper summarises extensive research work on the accurate calculation of extreme
loads from waves and current on space-frame offshore structures. Although relevant to new …

In the wind field measurement, the readings of an anemometer mounted on a lattice tower
will be influenced by the tower. Therefore, evaluation of the flow distortions generated by a …

This paper aims to model the hydrodynamic forces on grids of perforated flat plates
undergoing forced motions at three scales, namely steady (current), and combined low …