.... displacement diameter 0 social responsibility wave height renewable energy engineering ocean energy diameter power extraction efficiency wave transmission coefficient artificial intelligence breakwater different diameter wave power extraction efficiency wave energy converter buoy coefficient...

... ABSTRACT A numerical study of vortex-induced vibration (VIV) of two circular cylinders of different diameters in steady flow is carried out. The Reynolds-averaged Navier-Stokes equations are solved using a finite element method (FEM) with a k-ω turbulence closure. The numerical model...

... installed in a Channel and flow past two circular cylinders with different diameters. From the numerical experiments, the ability of the solver to simulate flows with complicated immersed boundaries is demonstrated and the multi-block approach can efficiently speed up the numerical solutions. KEY WORDS...

... as water depth becomes greater. different diameter piggyback riser steady current-induced drag cylinder upstream oil & gas cylinder gap cylinder diameter interaction completion installation and operations reynolds number diameter clamp piggyback line larger cylinder smaller...

... in the magnitude of the total forces experienced by the cylinders whether side by side or in tandem. different diameter velocity distribution interference cylinder steady unidirectional flow wind tunnel frequency main cylinder parallel cylinder vortex spectra node zdravkovich diameter force...

... ABSTRACT: It was found that just like the case of flow past two tandem cylinders of equal diameter, a bi-stable flow situation where the flow switches intermittently between the reattached type and the co-shedding type also exists when the two tandem cylinders have different diameters...