Experimental And Numerical Investigation Of The Flow Analysis Of The Water-Saving Safety Valve
Journal: International Journal of Scientific & Technology Research (Vol.4, No. 10)Publication Date: 2015-10-15
Authors : Muhammed Safa Kamer; Ahmet Kaya; Abdullah Sisman;
Page : 189-196
Keywords : Index Terms Ansys-Fluent; Computational Fluid Dynamics; Experimental Study; Pressure Drop; Safety Valve.;
Abstract
Abstract In this study an auto-mechanical safety valve was designed and manufactured in order to prevent possible wastage of water and water raid after instantaneous water cuts during water usage in places where water use is widespread. Safety valve is activated and it switches off the line when water is cut off when mains pressure is equal to atmospheric pressure and as it does not allow water to pass when it comes back it saves water and prevents the formation of raids. An experiment set was conducted in order to measure the pressure drop between the inlet and outlet of the safety valve and it was found that with the increased flow rate the pressure drop increases. The three-dimensional flow analysis of the safety valve was carried out with Ansys-Fluent software package and the results obtained were compared with experimental data and a good harmony was achieved.
Other Latest Articles
- An Effective Combined Feature For Web Based Image Retrieval
- Anti-Theft Automatic Metering Interface
- Algorithm To Ensure And Enforce Brute-Force Attack-Resilient Password In Routers
- Application Of Fractal Dimension On Atmospheric Corrosion Of Galvanized Iron Roofing Material
- Vehicle Assisted Data Delievery Technique To Control Data Dissemination In Vehicular AD - HOC Networks Vanets
Last modified: 2015-11-13 18:33:27