Calculation of the drop size distribution and velocities from the integral form of the conservation equations

Physics & Astronomy

• drop size 100%
• conservation equations 89%
• sprayers 53%
• formulations 52%
• dissipation 46%
• statistics 45%
• liquid phases 32%
• aerial explosions 30%
• injection 27%
• atomizing 22%
• normal density functions 19%
• injectors 19%
• phase velocity 19%
• viscosity 13%
• output 11%
• energy 11%
• acoustics 11%
• geometry 10%
• predictions 10%

Chemical Compounds

• Size Distribution 67%
• Drop 65%
• Velocity 64%
• Dissipation 50%
• Spray 43%
• Energy Balance 42%
• Injector 19%
• Pressure 8%

Engineering & Materials Science

• Conservation 74%
• Surface mount technology 22%
• Statistics 21%
• Energy balance 20%
• Phase velocity 13%
• Liquids 12%
• Atomization 11%
• Normal distribution 10%
• Viscosity 7%
• Geometry 5%
• Air 5%