Publication: Design Computational Fluid Dynamic Analysis For Gravitational Filter Based On Origami
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Date
2020-02
Authors
Mohammad Azam Afiq Bin Hairudin
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Abstract
This task involved planning and creating 3D Solar Powered Water Treatment
Device using 3D CAD programming. The prototype was created to treat water for
better quality of the lakes water and water streams. A concept was developed to
consider the prototype's effectiveness in water treatment. Computational Fluid
Dynamics (CFD) examination was utilized to catch the proficiency of the G-Filtro by
mimicking and displaying the water flow, velocity and pressure. As the results show,
the most intense speed size at the pipe outlet was around 2.1 m/s. The velocity shape
demonstrated high speed at the pipe outlet of the prototype. The velocity moves
towards becoming lower as separation from the pipe outlet was further away. The
outcome from the model stream speed estimation at pipe outlet was around 2 m/s. The
pressure magnitude was between 9Pa to 20.9Pa. Studies of water quality parameters
from the research facility have shown that the G-Filtro's water production and water
flow was applicable for house and could expel the pollution productivity. The results
of speed form, water stream way lines, water stream streamlines and weight shape
were effectively gotten.
Description
FYP Sem 2 2019/2020
Keywords
Computational Fluid Dynamics (CFD) , G-Filtro , ANSYS