HIGHLIGHTS
- What: In this study, the focus is on the evolution and propagation of the viscous fluid over rigid curvilinear surfaces, resulting from a finite volume, before reaching its steady_state. For two-dimensional propagation, the authors design a numerical domain where the top and right boundaries are set to atmospheric pressure, the left boundary is symmetric and the bottom boundary is no-slip.
- Who: J. Fluid Mech. et al. from the School of Naval Architecture and Ocean Engineering, Dalian University of Technology, Dalian, PR China have published the research work: Release of a finite volume of . . .
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