Distribution of velocities in aquaculture circular tanks with rotating flow and evaluation of uniformity
@inproceedings{Llor2010DistributionOV, title={Distribution of velocities in aquaculture circular tanks with rotating flow and evaluation of uniformity}, author={Ingrid Masal{\'o} Llor{\`a} and Joan Oca Baradad}, year={2010} }
Control of velocities in aquaculture tanks is very important, since fish need certain velocities for maintaining general health and also a minimum veloc ity is needed to eliminate biosolids. In circular t nks or rectangular tanks with rotating flow, where wate r is injected tangentially to the tank wall, the av erage velocity is controlled by the impulse force Fi (Equation 1) and affected by flow rate and water v locity inlet (Tvinnereim and Skybakmoen, 1989; Oca and Mas aló, 2007a). The flow…
3 Citations
Flow pattern in aquaculture circular tanks: Influence of flow rate, water depth, and water inlet & outlet features
- Engineering, Biology
- 2013
Hydrodynamic effects of use of eductors (Jet-Mixing Eductor) for water inlet on circular tank fish culture
- Engineering
- 2014
Prediction of water velocities in circular aquaculture tanks using an axisymmetric CFD model
- EngineeringAquacultural Engineering
- 2019
References
SHOWING 1-4 OF 4 REFERENCES
Design criteria for rotating flow cells in rectangular aquaculture tanks
- Engineering, Biology
- 2007
Use of the tank resistance coefficient to evaluate modifications of water inlet devices in rotating flowtanks
- Engineering, Physics
- 2007
Two types of water inlet were tested: one consisting of a single water jet entry (simple) for each rotating cell with the water jet 3cm depth, and another one, consisting of double water jet entry…
Vortex-settling basin design considerations
- Engineering
- 1991
The vortex‐settling basin (VSB) is a fluidic device that uses only the vortices of the flow to remove sediment. This is an economical, efficient, and water‐conserving alternative to the other…
Velocity distributions in a hydrocyclone separator
- Physics, Engineering
- 2002
Abstract The internal three-dimensional flow field in a hydrocyclone was studied using laser velocimetry. Seven axial planes were investigated for three different inlet flow rates and three…