Investigation of particle-surface impacts in pneumatic conveying systems

Keyphrases

• Pneumatic Conveying 100%
• Measurement System 100%
• Surface Impact 100%
• Particle Surface 100%
• Contact Time 50%
• Piezoelectric Force Transducer 40%
• Piezoelectric Crystal 40%
• Crystalline Materials 30%
• Short Contact Time 30%
• Particle Size 20%
• Material Type 20%
• LS-DYNA 20%
• Electrical Resistance 20%
• Mass-spring System 20%
• Finite Element Analysis Model 20%
• Hertz Theory 20%
• Application Time 10%
• Small Particles 10%
• Particle Impact 10%
• Outcome-based 10%
• Contact Force 10%
• Modeling Data 10%
• Analytical Modeling 10%
• Single Particle Impact 10%
• Resonant Response 10%
• Surface Mounting 10%
• Impact Event 10%
• Particle Material 10%
• Time Impact 10%
• Applied Force 10%
• Elastic Contact 10%
• Mass-spring Model 10%
• Resonant System 10%
• Time Event 10%
• Actual Contact 10%
• Conductive Particles 10%
• Impact Point 10%
• Relative Stiffness 10%
• Particle Radius 10%
• Commercial Solver 10%
• Elastic Collision 10%
• Varying Forces 10%
• Flat Surface 10%
• Two-particle 10%
• Experimental Section 10%
• Electromechanical Properties 10%
• System Elements 10%
• Relative Mass 10%
• Simple Analytical Model 10%
• Axisymmetric Model 10%

Engineering

• Pneumatic Conveying System 100%
• Measurement System 100%
• Particle Surface 100%
• Piezoelectric 80%
• Contact Time 80%
• Force Transducer 40%
• Experimental Result 20%
• Nodes 20%
• Hertz Theory 20%
• Mass-Spring System 20%
• Finite Element Analysis 20%
• Analytical Model 10%
• Experimental Investigation 10%
• Contact Force 10%
• Model Data 10%
• Experimental Measurement 10%
• Good Agreement 10%
• Impact Event 10%
• Material Particle 10%
• Particle Diameter 10%
• Applied Force 10%
• Axisymmetric 10%
• System Element 10%
• Elastic Contact 10%
• Electromechanical Property 10%
• Flat Surface 10%
• Elastic Scattering 10%