Experimental analysis of moisture transfer and phase change in porous insulation exposed to fire and its effect on heat transfer

Ingenieurwesen & Materialwissenschaft

• Atmospheric humidity 10%
• Condensation 11%
• Fire resistance 13%
• Fires 73%
• Gypsum 41%
• Heat conduction 11%
• Heat transfer 59%
• Heating 24%
• Hot Temperature 10%
• Insulation 76%
• Mineral wool 35%
• Moisture 77%
• Porous materials 21%
• Temperature 4%
• Thermal load 11%
• Water vapor 100%

Physik & Astronomy

• ambient temperature 10%
• condensation 9%
• conduction 7%
• conductive heat transfer 10%
• diffusion coefficient 18%
• electrical resistivity 7%
• flammability 15%
• gypsum 47%
• heat 7%
• heat transfer 69%
• heating 14%
• humidity 11%
• insulation 85%
• meteorology 13%
• minerals 22%
• moisture 96%
• transient heating 17%
• water vapor 89%
• wool 28%

Chemie

• Condensation 8%
• Diffusion Coefficient 19%
• Fire 98%
• Gypsum 42%
• Heat 8%
• Heat Transfer 96%
• Humidity 10%
• Mineral 18%
• Porosity 52%
• Resistance 7%
• Thermal Conductivity 10%
• Velocity 18%
• Water Vapor 84%