A three-dimensional conjugate heat transfer model for thermal protective clothing

Engineering

• Heat Transfer Model 100%
• Thermal Protective Clothing 100%
• Conjugate Convective Heat Transfer 100%
• Models 19%
• Convection 14%
• Degree Burn 14%
• Flame 14%
• Radiation Heat Transfer 9%
• Simplifying Assumption 9%
• Radiant Heat Exposure 9%
• Prediction 9%
• Experimental Result 4%
• Dynamic Model 4%
• Human Body 4%
• Parametric Study 4%
• Heat Transfer Analysis 4%
• Extinction Coefficient 4%
• Convection Heat Transfer 4%
• Heat Transfer Coefficient 4%
• Fabric Thickness 4%
• Burn Time 4%
• Air Property 4%
• Temperature 4%
• Properties 4%
• High Intensity 4%
• Deviation 4%

Physics

• Model 100%
• Heat 23%
• Air 19%
• Flames 14%
• Bioheat Transfer 14%
• Independent Variables 14%
• Gaps 14%
• Coefficients 9%
• Radiation 9%
• Thermophysical Properties 4%
• Temperature 4%
• Computational Fluid Dynamics 4%
• Deviation 4%
• Width 4%
• Extinction 4%
• Free Convection 4%

Material Science

• Heat Transfer 100%
• Air 19%
• Computational Fluid Dynamics 9%
• Natural Convection 9%
• Thermophysical Property 4%
• Temperature 4%