Simulations of flow and heat transfer in a serpentine heat exchanger having dispersed resistance with porous-continuum and continuum models

Chemical Compounds

• Serpentine 100%
• Heat Exchanger 95%
• Heat Transfer 75%
• Flow 45%
• Simulation 44%
• Resistance 44%
• Momentum 30%
• Transfer Coefficient 27%
• Volume 26%
• Rod Like Crystal 21%
• Velocity 19%
• Permeability 18%
• Error 17%
• Time 16%
• Porosity 13%
• Energy 10%
• Application 7%

Physics & Astronomy

• heat exchangers 82%
• heat transfer 54%
• continuums 50%
• simulation 26%
• cells 11%
• solid phases 10%
• curvature 8%
• interruption 6%
• fluids 6%
• anisotropic media 6%
• heat transfer coefficients 5%
• coefficients 5%
• estimating 4%
• permeability 4%
• rods 4%
• momentum 3%
• products 3%
• radii 3%
• profiles 2%
• configurations 2%
• temperature 1%
• energy 1%

Engineering & Materials Science

• Heat exchangers 61%
• Heat transfer 46%
• Porous materials 10%
• Anisotropic media 8%
• Fluids 6%
• Heat transfer coefficients 4%
• Momentum 4%
• Computer simulation 2%
• Hot Temperature 2%
• Temperature 2%