Experimental study of the fine-scale structure of conserved scalar mixing in turbulent shear flows. Part 1. Sc ≫ 1

Mathematics

• Shear Flow 98%
• Experimental Study 96%
• Turbulent Flow 93%
• Scalar 58%
• Dissipation 48%
• Strain Rate 19%
• Experimental Investigation 10%
• Gradient vector 9%
• Low Reynolds number 9%
• Line 9%
• Intermittency 9%
• Energy Dissipation 9%
• Similarity Solution 8%
• Scalar Field 8%
• Self-similar Solutions 8%
• Imaging 7%
• Instantaneous 7%
• Reynolds number 7%
• Probability Density 7%
• Vorticity 7%
• Time-varying 6%
• Similarity 5%
• Internal 5%
• Decay 5%
• Vector Field 5%
• Tensor 5%
• Three-dimensional 4%
• Statistics 4%
• Demonstrate 4%

Engineering & Materials Science

• Shear flow 100%
• Strain rate 71%
• Reynolds number 65%
• Vorticity 44%
• Tensors 38%
• Energy dissipation 32%
• Imaging techniques 29%
• Statistics 28%

Physics & Astronomy

• shear flow 76%
• scalars 55%
• dissipation 36%
• strain rate 11%
• Schmidt number 8%
• intermittency 7%
• low Reynolds number 7%
• vorticity 6%
• tendencies 5%
• Reynolds number 5%
• energy dissipation 5%
• flow velocity 5%
• statistics 5%
• tensors 4%
• gradients 4%
• decay 3%