... system was modelled with a main cylinder and six auxiliary lines with low gap ratio (G/D) of 0 to 0.08, incidence angles (θ) of 0° to 50° and constant diameter ratio (d/D) of 0.45. The simulations were conducted in the laminar flow regime at Reynold Number, Re=200. The simulation focused on a single...

... regression main cylinder mechanism characteristic algorithm rotation rate An active learning strategy to study the flow control of a stationary cylinder with two asymmetrically attached rotating cylinders Juhan Wang Naval Architecture and Marine Engineering, University of Michigan Ann Arbor, Michigan...

... is finally obtained to achieve the maximum suppression effectiveness in the present Re-range. displacement gap ratio fluid struct vibration control rod lift coefficient circular cylinder streamwise reynolds number attack angle amplitude main cylinder rod number coefficient trajectory...

..., despite developed for CALM buoys, is potentially applicable in modeling floating wind devices, with certain limitations. Results also provide precious insight for the design of the whole system and generation of a database for heave plates. coefficient subsea system decay test main cylinder...

... cylinder. To investigate the effect of the secondary cylinder on the flow, the secondary cylinder is attached with the main cylinder at five positions, where the angles of stagger of the cylinders to the flow direction are 0 °, 45 °, 90 °, 135 °, and 180 °. Compared with the results for the case...

... different diameter velocity distribution interference cylinder steady unidirectional flow wind tunnel frequency main cylinder parallel cylinder vortex spectra node zdravkovich diameter force spectra drag coefficient velocity measurement ABSTRACT: Engineers are often...