Flow Resistance: A Design Guide for Engineers
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Flow Resistance: A Design Guide for Engineers
A Design Guide for Engineers
Idelchik, I.E.
Taylor & Francis Ltd
08/2017
416
Dura
Inglês
9781138426443
15 a 20 dias
453
Descrição não disponível.
1. General Information 2. Flow in Straight Tubes and Conduits: Friction Coefficients and Roughness 3. Flow at the Entrance into Tubes and Conduits: Resistance Coefficients of Inlet Sections 4. Flow Through Orifices with Sudden Change in Velocity and Flow Area: Resistance Coefficients of Sections with Sudden Expansion, Sudden Contraction, Orifices, Diaphragms, and Apertures 5. Flow with a Smooth Change in Velocity: Resistance Coefficients of Difftisers and Converging and Other Transition Sections 6. Flow with Changes of the Stream Direction: Resistance Coefficients of Curved Segments-Elbows and Bends 7. Merging of Flow Streams and Division into Flow Streams: Resistance Coefficients of Wyes, Tees, and Manifolds 8. Flow Through Barriers Uniformly Distributed Over the Channel Cross Section: Resistance Coefficients of Grids, Screens, Porous Layers, and Packings 9. Flow Through Pipe Fittings and Labyrinth Seals 10. Flow Past Obstructions in a Tube: Resistance Coefficients of Sections with Protuberances, Trusses, Girders, and other Shapes 11. Flow at the Exit from Tubes and Channels: Resistance Coefficients of Exit Sections
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Resistance Coefficient;Erwin Fried;Total Resistance Coefficient;I. E. Idelchik;Local Resistance Coefficient;Reynolds Number;Straight Tube;Perforated Plate;Guide Vanes;Sharp Orifice Edges;Free Jet;Inlet Edge;Relative Roughness;Rectangular Cross Section;Superimposed;Mach Numbers;Orifice Plate;Plane Parallel Flow;Pressure Loss Coefficient;Converging Nozzle;Gate Valves;Ceramic Raschig Rings;Industrial Construction;Abrupt Expansion;Side Branching;Divergence Angles;Loose Material
1. General Information 2. Flow in Straight Tubes and Conduits: Friction Coefficients and Roughness 3. Flow at the Entrance into Tubes and Conduits: Resistance Coefficients of Inlet Sections 4. Flow Through Orifices with Sudden Change in Velocity and Flow Area: Resistance Coefficients of Sections with Sudden Expansion, Sudden Contraction, Orifices, Diaphragms, and Apertures 5. Flow with a Smooth Change in Velocity: Resistance Coefficients of Difftisers and Converging and Other Transition Sections 6. Flow with Changes of the Stream Direction: Resistance Coefficients of Curved Segments-Elbows and Bends 7. Merging of Flow Streams and Division into Flow Streams: Resistance Coefficients of Wyes, Tees, and Manifolds 8. Flow Through Barriers Uniformly Distributed Over the Channel Cross Section: Resistance Coefficients of Grids, Screens, Porous Layers, and Packings 9. Flow Through Pipe Fittings and Labyrinth Seals 10. Flow Past Obstructions in a Tube: Resistance Coefficients of Sections with Protuberances, Trusses, Girders, and other Shapes 11. Flow at the Exit from Tubes and Channels: Resistance Coefficients of Exit Sections
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Resistance Coefficient;Erwin Fried;Total Resistance Coefficient;I. E. Idelchik;Local Resistance Coefficient;Reynolds Number;Straight Tube;Perforated Plate;Guide Vanes;Sharp Orifice Edges;Free Jet;Inlet Edge;Relative Roughness;Rectangular Cross Section;Superimposed;Mach Numbers;Orifice Plate;Plane Parallel Flow;Pressure Loss Coefficient;Converging Nozzle;Gate Valves;Ceramic Raschig Rings;Industrial Construction;Abrupt Expansion;Side Branching;Divergence Angles;Loose Material
