A thermal circuit model consistent with integral energy balance for internal forced convection in a circular tube

Physics & Astronomy

• circular tubes 97%
• forced convection 88%
• thermal resistance 58%
• tubes 51%
• wall temperature 41%
• fluids 31%
• heat transfer 27%
• energy 21%
• heat transfer coefficients 19%
• heat transmission 19%
• free convection 18%
• conductive heat transfer 17%
• fluid flow 17%
• heat flux 16%
• convection 15%
• evaluation 11%
• water 10%
• simulation 6%
• temperature 5%

Engineering & Materials Science

• Forced convection 82%
• Energy balance 75%
• Heat resistance 54%
• Networks (circuits) 39%
• Heat transfer 36%
• Convection 35%
• Hot Temperature 34%
• Fluids 34%
• Temperature 21%
• Heat conduction 18%
• Heat transfer coefficients 16%
• Heat flux 16%
• Flow of fluids 15%
• Computer simulation 9%
• Water 9%

Chemical Compounds

• Energy Balance 100%
• Heat Transfer 77%
• Thermal Resistance 65%
• Convective Heat Transfer 29%
• Transfer Coefficient 21%
• Thermal Conductivity 17%
• Heat 13%
• Flow 11%
• Simulation 11%