Spatially localized multi-scale energy transfer in turbulent premixed combustion

Engineering & Materials Science

• Energy transfer 78%
• Brushes 61%
• Pressure gradient 56%
• Fluxes 55%
• Kinetic energy 36%
• Multiresolution analysis 22%
• Direct numerical simulation 21%
• Convection 16%
• Aspect ratio 15%
• Wavelet transforms 15%
• Boundary conditions 13%

Mathematics

• Energy Transfer 100%
• Combustion 82%
• Flame 37%
• Energy 19%
• Pressure Gradient 13%
• Energy Spectrum 10%
• Kinetic energy 8%
• Spectrality 8%
• Filter 6%
• Wavelets 6%
• Spatial Variability 6%
• Premixed Flame 5%
• Local Spectrum 5%
• Direct numerical Simulation 5%
• Wavelet Analysis 4%
• Formulation 4%
• Aspect Ratio 4%
• Multiresolution Analysis 4%
• Wavelet Bases 4%
• Wavelet Transform 4%
• Quantification 4%
• Instantaneous 3%
• Convection 3%
• Decrease 3%
• Continue 3%
• Grid 2%
• Three-dimensional 2%
• Boundary conditions 2%

Physics & Astronomy

• energy transfer 56%
• flames 21%
• brushes 12%
• pressure gradients 10%
• cut-off 8%
• energy 7%
• energy spectra 5%
• kinetic energy 5%
• filters 4%
• formulations 4%
• turbulent flames 4%
• premixed flames 4%
• wavelet analysis 3%
• flame propagation 3%
• high aspect ratio 3%
• direct numerical simulation 3%
• upstream 3%
• surface energy 3%
• convection 2%
• examination 2%
• grids 2%
• boundary conditions 2%