Proportional Mixing of Liquids using Venturi: Venturi Jet Mixer

 
9783659291784: Proportional Mixing of Liquids using Venturi: Venturi Jet Mixer
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The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases.

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Dr. Sundararaj Subramanian has completed PhD from Anna University Chennai, India in the year 2011 and has 11 years of teaching experience. The areas of interest are CFD, Energy Technology. Currently working as Professor and Head, Department of Mechanical Engineering in Achariya College of Engineering and Technology, Pondicherry, India.

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Subramanian Sundararaj (author)
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Book Description Condition: New. Publisher/Verlag: LAP Lambert Academic Publishing | Venturi Jet Mixer | The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. | Format: Paperback | Language/Sprache: english | 84 pp. Seller Inventory # K9783659291784

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Book Description LAP Lambert Academic Publishing Nov 2012, 2012. Taschenbuch. Condition: Neu. Neuware - The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. 84 pp. Englisch. Seller Inventory # 9783659291784

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Book Description LAP Lambert Academic Publishing Nov 2012, 2012. Taschenbuch. Condition: Neu. Neuware - The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. 84 pp. Englisch. Seller Inventory # 9783659291784

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Book Description LAP Lambert Academic Publishing. Paperback. Condition: New. 84 pages. Dimensions: 8.7in. x 5.9in. x 0.2in.The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN. Paperback. Seller Inventory # 9783659291784

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Book Description LAP Lambert Academic Publishing, United States, 2012. Paperback. Condition: New. Language: English . Brand New Book ***** Print on Demand *****.The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. Seller Inventory # AAV9783659291784

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Sundararaj Subramanian
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Book Description LAP Lambert Academic Publishing Nov 2012, 2012. Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Neuware - The uniform and proportional mixing of dyes and chemicals with different densities and viscosities, in exact proportion can be achieved by using venturi principle with slight variation in the venturi design which offers the advantage of having no moving parts, simple construction and economical. An experimental setup was made with 5 working models of Venturi of different inlet and throat diameter (20x9) and (20x10). The venturi is made up of acrylic fiber with various position of jet across the throat. Hence the effects of parameters like throat dimension, position of jet, discharge are analyzed for different flow rate of solvent in different venturi. Based on the results obtained, the curves are plotted between parameters like Velocity Ratio, Reynolds Number, Power Ratio, Initial Second Moment, Concentration Ratio, Viscosity Ratio, Moment Ratio, Mixing Parameter and Second Moment. Result reveals that mixing parameter improves as the throat diameter decreases. Also for a given throat diameter with jet at the center of the throat and below the venturi axis, mixing parameter increases. 84 pp. Englisch. Seller Inventory # 9783659291784

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