Numerical investigation of the turbulent boundary layer over a bump

Physics & Astronomy

• turbulent boundary layer 100%
• turbulence 70%
• large eddy simulation 61%
• eddy viscosity 47%
• flat plates 38%
• pressure gradients 37%
• boundary layers 32%
• predictions 29%
• two dimensional boundary layer 27%
• shear 25%
• flow separation 24%
• trailing edges 22%
• skin friction 21%
• detachment 19%
• upstream 17%
• shear stress 16%
• grids 15%
• energy transfer 15%
• recovery 15%
• dissipation 14%
• curvature 14%
• perturbation 12%
• decay 10%
• coefficients 10%
• energy 5%

Engineering & Materials Science

• Boundary layers 86%
• Turbulence 83%
• Large eddy simulation 62%
• Pressure gradient 40%
• Viscosity 30%
• Skin friction 21%
• Shear walls 21%
• Flow separation 21%
• Energy transfer 21%
• Shear stress 17%
• Recovery 12%