Energy efficient design of high depth raceway pond using computational fluid dynamics
Energy efficient design of high depth raceway pond using computational fluid dynamics is a scholarly work, published in 2019 in ''Renewable Energy''. The main subjects of the publication include marine engineering, baffle, flow, mixing, impeller, algae fuel, raceway, eutrophication, computational fluid dynamics, environmental science, nanobubble, dead zone, mechanics, mechanical engineering, turbulence, particle image velocimetry, fluid dynamics, and engineering. The paper investigates effects of various ratio of channel length to width (L/W) and position of side entry axial flow impeller (distance from the bottom of the tank) on the hydrodynamics in RWP.