A study on optimising heat pipe geometrical parameters for sustainable passive cooling within the built environment

INIS

• air flow 16%
• boundary conditions 16%
• comparative evaluations 16%
• computational fluid dynamics 16%
• cooling 100%
• distance 16%
• environment 100%
• errors 16%
• heat pipes 100%
• heat transfer 33%
• interfaces 16%
• investigations 16%
• operation 16%
• optimization 100%
• performance 16%
• thickness 50%
• velocity 33%
• ventilation 33%
• water 16%
• wind tunnels 16%
• working fluids 16%

Engineering

• Airstream 33%
• Boundary Condition 16%
• Built Environment 100%
• Computational Fluid Dynamics 16%
• Experimental Finding 16%
• Geometrical Parameter 100%
• Good Agreement 16%
• Heat Pipes 100%
• Inlet Temperature 16%
• Inlet Velocity 16%
• Pipe Diameter 16%
• Streamwise 16%
• Sustainable Build Environment 16%
• Temperature Profile 16%
• Thermal System 16%