Conjugate heat transfer les of thermal mixing in a T-junction

Engineering

• Pipe Wall 100%
• Temperature Fluctuation 100%
• Good Agreement 50%
• Negligible Effect 50%
• Nuclear Power Plant 50%
• Coarse Mesh 50%
• Reynolds Stress 50%
• Thermal Inertia 50%
• Fluctuating Quantity 50%
• Cold Fluid 50%
• Fully Developed Flow 50%
• Hot Fluid 50%
• Plexiglass 50%
• Walls (Structural Partitions) 50%
• Mesh Velocity 50%
• Thermal Fatigue 50%
• Vortex 50%
• Boundary Condition 50%
• Flow Velocity 50%

Keyphrases

• T-junction 100%
• Thermal Mixing 100%
• Conjugate Heat Transfer 100%
• Near-wall 60%
• Temperature Fluctuation 40%
• Pipe Wall 40%
• Fluctuation Intensity 40%
• Turbulent Inlet 40%
• Nuclear Power Plant 20%
• Large Eddy Simulation 20%
• Negligible Effects 20%
• Wall Condition 20%
• Wall Temperature 20%
• Turbulent Mixing 20%
• Hot Fluid 20%
• High Cycle Thermal Fatigue 20%
• Cold Fluid 20%
• Coarse Mesh 20%
• Flow Velocity 20%
• Pipe Inner Surface 20%
• Thermal Inertia 20%
• Fluid Walls 20%
• Reynolds Stress 20%
• Inlet Boundary Condition 20%
• Vortex Method 20%
• Wall Boundary Condition 20%
• Plexiglas 20%
• Logarithmic Layer 20%
• Transfer Scenario 20%
• Fully Developed Flow 20%

INIS

• walls 100%
• heat transfer 100%
• mixing 100%
• junctions 100%
• pipes 50%
• velocity 25%
• fluids 25%
• fluctuations 25%
• simulation 12%
• layers 12%
• comparative evaluations 12%
• surfaces 12%
• distribution 12%
• errors 12%
• nuclear power plants 12%
• large-eddy simulation 12%
• boundary conditions 12%
• yields 12%
• spectra 12%
• steels 12%
• vortices 12%
• reynolds number 12%
• thermal fatigue 12%
• inertia 12%
• plexiglas 12%