Upstream swirl-induction for reduction of erosion damage from slurries in pipeline bends

Keyphrases

• Computational Modeling 50%
• Current Erosion 50%
• Economic Safety 50%
• Erosion Damage 100%
• Erosion Model 50%
• Erosive Wear 100%
• Flow Field 50%
• Flow Modeling 50%
• Flow Pattern 50%
• Handling Equipment 50%
• Hazardous Materials 50%
• Low Flow Rate 50%
• Parallel Visualization 50%
• Particle Dispersion 100%
• Particle Distribution 50%
• Particle Impingement 50%
• Particle-laden 100%
• Pipe Bend 100%
• Pipeline Bend 100%
• Pipeline Erosion 50%
• Pounding 50%
• Safety Efficiency 50%
• Simulant 50%
• Slurry 100%
• Slurry Handling 100%
• Solid Particle Impingement 50%
• Swirling Flow 100%
• Swirling Flow Field 50%
• University of Nottingham 50%
• University of Southampton 50%
• Visualization Study 50%
• Wear Model 50%
• Wear Rate 50%

Engineering

• Critical Location 50%
• Erosion Damage 100%
• Erosion Model 50%
• Erosive Wear 100%
• Flow Field 100%
• Flowrates 50%
• Handling Equipment 50%
• Solid Particle 50%
• Swirling Flow 50%