Study of water droplet behavior in hot air layer in fire extinguishment

Keyphrases

• HOX Transcript Antisense RNA (HOTAIR) 100%
• Fire Extinguishing 100%
• In Fire 100%
• Water Droplet 100%
• Air Layer 100%
• Droplet Motion 100%
• Water Spray 80%
• Water Vapor 40%
• Fire Suppression 40%
• Smoke Layer 40%
• Cooling Effect 40%
• Air Reservoir 40%
• Airflow 20%
• Air Temperature 20%
• Water Mist System 20%
• Total Temperature 20%
• Vaporization 20%
• Gas Phase 20%
• Lagrangian Approach 20%
• Ordinary Differential Equations 20%
• Thermal Conductivity 20%
• Heat Transfer 20%
• Mathematical Model 20%
• Cooling Air 20%
• Energy Conservation Equation 20%
• Air Entrainment 20%
• Limited Experimental Data 20%
• Mass Conservation Equation 20%
• Water Evaporation 20%
• Mass Fraction 20%
• Temperature Water 20%
• Gas Cooling 20%
• Small Droplets 20%
• Momentum Conservation Equation 20%
• Droplet Phase 20%
• Dynamic Viscosity 20%
• Air Droplets 20%
• Single Droplet 20%
• Thermal Dynamics 20%
• Spray Cone 20%
• Specific Heat Capacity 20%
• One-third Rule 20%
• Runge-Kutta Algorithm 20%
• Initial Radius 20%
• Modelling Fires 20%

Engineering

• Spray Water 100%
• Air Layer 100%
• Cooling Effect 50%
• Fire Suppression 50%
• Smoke 50%
• Gas-Phase 25%
• Vaporization 25%
• Predicted Result 25%
• Air Entrainment 25%
• Cooling Air 25%
• Mass Conservation 25%
• Mass Fraction 25%
• Momentum Conservation 25%
• Droplet Phase 25%
• Lagrangian Approach 25%
• Specific Heat Capacity 25%
• Gas Cooling 25%
• Thermal Conductivity 25%
• Conservation Equation 25%
• Dynamic Viscosity 25%
• Mathematical Model 25%
• Air Flow 25%