Mathematical modeling of the movement of suspended particles subjected to acoustic and flow fields

Mathematics

• Flow Field 91%
• Acoustics 82%
• Movement 78%
• Mathematical Modeling 77%
• Particle Trajectory 38%
• Acoustic Waves 21%
• Standing Wave 20%
• Approximate Solution 19%
• Mathematical Model 19%
• Prediction 13%
• Fluid 13%
• Particle Physics 12%
• Microscope 12%
• Digital Image 11%
• Compressibility 10%
• Trap 10%
• High Resolution 10%
• Transducer 10%
• Rescaling 9%
• Vertex of a graph 9%
• Second-order Ordinary Differential Equations 9%
• Closed-form Solution 9%
• Experimental Data 8%
• Experimental Results 8%
• Asymptotic Analysis 8%
• Phase Space 8%
• Trajectory 6%
• Calculate 6%
• Numerical Solution 6%

Engineering & Materials Science

• Acoustic fields 100%
• Flow fields 64%
• Trajectories 53%
• Acoustics 47%
• Mathematical models 39%
• High energy physics 26%
• Asymptotic analysis 25%
• Fluids 24%
• Compressibility 21%
• Ordinary differential equations 20%
• Microscopes 18%
• Transducers 18%