Improving the efficiency of 'Clean-In-Place' procedures using a four-lobed swirl pipe: A numerical investigation

Keyphrases

• Axial Walls 40%
• Cleaning-in-place 100%
• Computational Fluid Dynamics Modeling 20%
• Decay Rate 20%
• Downtime 20%
• Efficiency Improvement 20%
• Fluid Flow 20%
• Inlet Velocity 40%
• Large Reynolds numbers 20%
• Mean Shear Stress 20%
• Numerical Investigation 100%
• Numerical Results 20%
• Pipe Wall 20%
• Reynolds number 20%
• Swirl Intensity 40%
• Swirling Flow 60%
• Tangential Velocity 20%
• Wall Shear Stress 100%
• Wave-like 20%

Engineering

• Clean-in-Place 100%
• Computational Fluid Dynamics 20%
• Cross Section 20%
• Dynamic Models 20%
• Fluid Flow 20%
• Improve Efficiency 20%
• Inlet Velocity 40%
• Large Reynolds Number 20%
• Mean Shear Stress 20%
• Pipe Wall 20%
• Reynolds' Number 20%
• Special Attention 20%
• Wall Shear Stress 100%