An efficient swirl-pipe transition geometry

Keyphrases

• Low Velocity 100%
• University of Nottingham 50%
• Particle Impingement 50%
• Swirling Flow 50%
• Particle Distribution 50%
• Pressure Loss 50%
• Computational Fluid Dynamics Modeling 50%
• Optimum Design 50%
• Gradual Change 50%
• Pumping Power 50%
• Helix 50%
• Swirl Intensity 50%
• Pipe Flow 50%
• Slurry Velocity 50%
• Circular pipe 50%
• Transition Duct 50%
• Exit Pressure 50%
• Entry Pressure 50%

Engineering

• Dynamic Models 100%
• Computational Fluid Dynamics 100%
• Pressure Loss 100%
• Optimum Design 100%
• Duct 100%
• Pumping Power 100%
• Fixed Cross Section 100%
• Exit Pressure 100%
• Circular Pipe 100%