COMSOL Simulation of Dispersive Anti-Plane Dynamics in Piezo-Magneto-Elastic Multiphase Composite
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This video presents a COMSOL Multiphysics–based simulation of dispersive anti-plane wave dynamics in piezo-magneto-elastic multiphase composites.
The study focuses on wave propagation behavior, dispersion characteristics, and coupled electro-magneto-mechanical interactions in smart composite materials using finite-element modeling.
The model is highly relevant for advanced materials research, phononic metamaterials, and multifunctional smart structures used in sensing, vibration control, and wave manipulation applications.
🔍 Key Concepts Covered
✔ Anti-plane shear wave formulation
✔ Piezoelectric–magneto-elastic coupling
✔ Multiphase composite modeling
✔ Frequency–wavenumber dispersion analysis
✔ Bloch–Floquet periodic boundary conditions
✔ Bandgap and dispersive behavior evaluation
✔ COMSOL Multiphysics FEM implementation
🎯 Applications
Smart composite materials
Piezo-magneto-elastic sensors and actuators
Wave propagation control
Phononic and elastic metamaterials
Structural health monitoring
Advanced aerospace and mechanical systems
🎓 Recommended For
MSc & PhD students
Materials science researchers
Mechanical & Applied Physics engineers
COMSOL Multiphysics users
Journal-oriented research (Elsevier / Springer / IEEE)
🌍 Target Audience
🇬🇧 United Kingdom
🇺🇸 United States
🇨🇦 Canada
COMSOL multiphysics simulation, anti plane dynamics, piezo magneto elastic composite, dispersive wave propagation COMSOL, multiphase composite FEM, piezoelectric magnetoelastic modeling, COMSOL wave propagation, dispersion analysis COMSOL, Bloch Floquet periodic boundary, smart composite materials simulation, phononic metamaterial COMSOL, MSc materials project COMSOL, PhD wave mechanics simulation, advanced composite modeling, UK engineering research, US materials science, Canada mechanical engineering research
🔖 Hashtags (use in description)
#COMSOLMultiphysics
#WavePropagation
#DispersiveDynamics
#PiezoMagnetoElastic
#MultiphaseComposite
#SmartMaterials
#Metamaterials
#AntiPlaneWaves
#PhDResearch
#MastersEngineering
#UKStudents #USStudents #CanadaStudents
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