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THE APPLICATION OF MESHLESS CYLINDER CONTROL SURFACE IN RANKINE-KELVIN HYBRID METHOD
2016
Brodogradnja
The solution of the three-dimensional seakeeping problem with forward speed in the frequency domain still has some well-known problems. In this paper, a Rankine-Kelvin hybrid method benefiting the merits of both the Rankine source and Kelvin source is presented and demonstrated by studying the wave diffraction/radiation problem with zero forward speed as an example. A meshless cylindrical surface is selected to be the control surface dividing the fluid domain into two regions, and the velocity
doi:10.21278/brod67306
fatcat:n2zinadxhjf7hjuttr7lihla7y