A mechanistic model in annular flow in microchannel tube for predicting heat transfer coefficient and pressure gradient

Keyphrases

• Pressure Gradient 100%
• Microtube 100%
• Mechanistic Model 100%
• Annular Flow 100%
• Heat Transfer Coefficient 100%
• Transfer Pressure 100%
• Flow Pattern 66%
• 2,3,3,3-Tetrafluoroprop-1-ene (R1234yf) 66%
• Nusselt number 33%
• Film Thickness 33%
• Vapor-liquid-solid 33%
• Reynolds number 33%
• Model Use 33%
• Good Accuracy 33%
• Liquid Film 33%
• Prediction Accuracy 33%
• R134a 33%
• Void Fraction 33%
• Heat Transfer Model 33%
• Map-based 33%
• Database Approach 33%
• Microchannel Evaporator 33%
• Flow Pattern Map 33%
• R1233zd(E) 33%
• R1336mzz(Z) 33%
• Vapor Core 33%

Engineering

• Microchannel 100%
• Pressure Gradient 100%
• Heat Transfer Coefficient 100%
• Mechanistic Model 100%
• Annular Flow 100%
• Flow Pattern 66%
• Nusselt Number 33%
• Liquid Films 33%
• Reynolds' Number 33%
• Evaporator 33%
• Void Fraction 33%
• Heat Transfer Model 33%
• Good Accuracy 33%
• Start Model 33%

Chemical Engineering

• Heat Transfer Coefficient 100%
• Nusselt Number 33%