Learn · Wave Propagation through Periodic Structures and Metamaterials
Lecture 15 of 31Week 5
Introduction to waves in continuous systems: Beam element
Prof. Arnab Banerjee · IIT Delhi
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All the lectures
- Introduction to periodic structures and metamaterials
- Fundamentals of wave propagation in periodic structures and metamaterials
- Wave Dispersion in Monoatomic Chains
- Wave dispersion in diatomic chain and mass in mass metamaterial
- Introduction to group velocity and phase velocity
- Inertial amplifiers: Concepts of effective mass and effective stiffness
- Generalized mono-coupled systems:Negative mass and negative stiffness combinations
- Generalized mono-coupled systems:Negative mass and negative stiffness combinations (contd.)
- Generalized mono-coupled systems:Negative mass and negative stiffness combinations (contd.)
- A brief introduction to Beyond Nearest Neighbours (BNNs)
- Introduction to damped metamaterials-1
- Introduction to wave propagation in damped metamaterials-2
- Damped matamaterial:Estimation of damping
- Introduction to waves in continuous systems: Bar element
- Introduction to waves in continuous systems: Beam element
- Introduction to waves in continuous systems: Beam element (contd.)
- Dynamic Stiffness Matrix Formulation for Frame Elements
- Conical Beams
- Transfer matrix formulation in continuous systems
- Wave Dispersion formulation from transfer matrix
- Introduction to Energy Transmission in Metamaterials
- Modulated Waves and Charasteristic Impedances in Metamaterials
- Energy Accountancy in Metamaterials
- Fundamentals of wave coupling and Beams with resonators
- Waves in 2D lattice structures -1
- Waves in 2D lattice structures -2
- Lecture 25
- Lecture 26
- Lecture 27
- Lecture 28
- Lecture 29