Formation, prediction and analysis of stationary and stable ball-like flames at ultra-lean and normal-gravity conditions

Engineering

• Flame 100%
• Fuel Supply 13%
• Heat Losses 13%
• Gravity Condition 13%
• Convection 13%
• Mechanisms 13%
• Flame Front 6%
• Numerical Computation 6%
• Numerical Solution 6%
• Stabilisation 6%
• Research Work 6%
• Equivalence Ratio 6%
• Convective 6%
• Experimental Observation 6%
• Fuel Composition 6%
• Molar Basis 6%
• Numerical Prediction 6%
• Dufour Effect 6%
• Soret Effect 6%
• Mixture 6%
• Prediction 6%
• Diffusion 6%
• Simulation 6%
• Experiments 6%
• Numerical Analysis 6%
• Maximum Value 6%

Physics

• Flames 100%
• Methane 66%
• Gravitation 20%
• Hydrogen 13%
• Shapes 13%
• Detonation 6%
• Numerical Solution 6%
• Diffusivity 6%
• Distance 6%
• Mixtures 6%
• Air 6%
• Inclusions 6%
• Simulation 6%
• Revisions 6%
• Stabilization 6%
• Conductive Heat Transfer 6%

Chemistry

• Flame 100%
• Burner 20%
• Gravity 20%
• Hydrogen 13%
• Rate 13%
• Particle Size 13%
• Diffusion 6%
• Shape 6%
• Thermal Conductivity 6%
• Diffusion Thermoeffect (Dufour Effect) 6%
• Thermal Diffusion Factor 6%
• Analytical Method 6%
• Simulation 6%
• Mixture 6%
• Configuration 6%
• Chemical Reaction 6%
• Modification 6%