Reduced order modeling and experimental investigation of acoustic particle manipulation in complex 3D geometries

Keyphrases

• Two Dimensional 100%
• Three-dimensional Geometry 100%
• Droplet Generator 100%
• Reduced Order Modeling 100%
• Acoustic Particle Manipulation 100%
• Ultrasonic 66%
• Particle Suspension 66%
• Ejection 66%
• Polystyrene Beads 66%
• Nozzle 66%
• Acoustic Radiation Force 66%
• Heterogeneous Particles 66%
• Equilibrium Distribution 66%
• Three-dimensional Devices 66%
• Acoustic Focusing 66%
• Three-dimensional (3D) 33%
• Computational Imaging 33%
• Microarray 33%
• Computational Model 33%
• High-throughput 33%
• Fluid-filled 33%
• Microparticles 33%
• Result Visualization 33%
• Finite Element Analysis 33%
• Microfluidics 33%
• Piezoelectric Transducer 33%
• Combined Method 33%
• Pressure Amplitude 33%
• Pressure Field 33%
• Imaging Experiment 33%
• Particle Distribution 33%
• Acoustic Field 33%
• Resonant Frequency 33%
• Pressure Node 33%
• Particle Position 33%
• Two-dimensional Array 33%
• Polymer Beads 33%
• Operating Frequency 33%
• Atomization 33%
• Harmonic Response 33%
• Visualization Experiment 33%
• Two-dimensional Visualization 33%
• Antinode 33%
• Ultrasonic Actuation 33%
• Nozzle Orifice 33%
• Particle Volume 33%
• Particle Retention 33%
• Two-dimensional Assembly 33%
• Operating Parameters 33%
• Particle Separation 33%
• Isolation Platform 33%
• Order Reduction 33%
• Droplet Ejection 33%
• Reactive Ions 33%
• Focusing Characteristics 33%
• Two-dimensional Representation 33%
• Anodic Bonding 33%

Engineering

• Two Dimensional 100%
• Dimensional Geometry 100%
• Experimental Investigation 100%
• Ultrasonics 42%
• Particle Suspension 28%
• Nodes 14%
• Microscale 14%
• Transducer 14%
• Piezoelectric 14%
• Pressure Amplitude 14%
• Dimensional Array 14%
• Acoustic Field 14%
• Actuation 14%
• Microarrays 14%
• Building Block 14%
• Orifice 14%
• Combined Method 14%
• Atomisation 14%
• Operating Parameter 14%
• Deep Reservoir 14%
• Nozzle Tip 14%
• Antinode 14%
• Particle Volume 14%
• Operating Frequency 14%
• Final Position 14%
• Particle Separation 14%
• Harmonics 14%
• Finite Element Analysis 14%
• Pressure Distribution 14%
• Resonant Frequency 14%

Material Science

• Polystyrene 100%
• Finite Element Method 50%
• Silicon 50%
• Piezoelectricity 50%
• Orifice 50%