Simulation of a liquid methanol fire for the MaCFP Project

Keyphrases

• Methanol Fire 100%
• Liquid Methanol 100%
• Gray Gas Model 100%
• Spatial Resolution 66%
• Computational Fluid Dynamics 66%
• Sensitivity Study 66%
• Indian Institute of Technology 33%
• National Institute of Standards 33%
• Turbulence 33%
• Dynamic Tool 33%
• Numerical Analysis 33%
• Good Accuracy 33%
• Species Concentration 33%
• Temporal Resolution 33%
• Gas Temperature 33%
• Energy Release 33%
• Mass Flux 33%
• Waterloo 33%
• Layer Height 33%
• Vertical Velocity Component 33%
• Cell Size 33%
• Methanol Oxidation 33%
• Liquid Layer 33%
• Steady Burning 33%
• Combustion Model 33%
• Validation Experiment 33%
• Flame Height 33%
• Mesh Resolution 33%
• Fast Fourier Transform Algorithm 33%
• Pool Fire 33%
• Fuel Mass 33%
• Heat Flux Profile 33%
• Default Settings 33%
• Fire Dynamics Simulator 33%
• Fire Simulation 33%
• Dynamic Smagorinsky Model 33%
• Methanol Pool Fire 33%
• Default Models 33%
• Puffing Frequency 33%
• Steady-state Profile 33%
• Liquid Pool 33%
• Near-field 33%
• Improved Prediction 33%
• Different Turbulence Models 33%
• Wide-band Model 33%

Chemical Engineering

• Methanol 100%
• Heat Flux 33%
• Mass Transport 33%
• Fourier Transform 33%