Numerical and Experimental Study on an Anti-Oscillation Device for the DeepCwind Floating Semi-Submersible Turbine Platform

The DeepCwind floating wind turbine platform has become one of the most successful structures for accommercial farms, and stability it is crucial survivability. Hence, this paper studies an anti-oscillation device with purpose reducing heave surge effects platform. influence various chamfered perforations at different sizes anti-heave on was further studied by numerical experimental methods. Furthermore, through analysis pedestal devices under wave heights periods, hydrodynamic performance were studied. Physical experiments conducted a working conditions periods to verify reliability simulation. results show that effect obvious small period large height. Under perforated chamfers have oscillation pedestal, its does not change linearly increasing chamfer. conditions, 35° model found be obvious.