Experimental validation of a particle-based method for heat transfer incorporating interstitial gas conduction in dense granular flow using a rotary drum

Chemical Compounds

• Heat Transfer 100%
• Interstitial 97%
• Glass Bead 77%
• Conductive Heat Transfer 60%
• Flow 59%
• Gas 48%
• Simulation 39%
• Thermal Conductivity 29%
• Industry 22%

Engineering & Materials Science

• Heat transfer 61%
• Gases 52%
• Dynamical systems 37%
• Temperature 37%
• Glass 36%
• Granular materials 28%
• Computational methods 24%
• Thermal conductivity 20%
• Boundary conditions 17%
• Industry 10%
• Experiments 8%