Notes & methods
Explore by subject: physical ideas, mechanical systems, and the methods behind the research.
General Physics
Quantum models, effective Hamiltonians, and the physical ideas behind wave phenomena.
Mechanics & Materials
Elasticity, continuous systems, piezoelectric materials, and coupled mechanical structures.
Methods & Computation
Mathematical approximations, numerical simulations, and practical tools for scientific work.
THE COMPLETE NOTEBOOK
All notes
01
Mechanics
↗02Metamaterial Design Through Engineered Environments
Mechanics
↗03Rayleigh-Ritz method
Physics
↗04Tight binding model
Physics
↗05Scherieffer Wolff Transformation
Mechanics
↗06Vibration of Continuous System
Mechanics
↗07Beams with Circuits
Mathematics
↗08Perturbation Method
Mechanics
↗09Contiunuous condition
Mechanics
↗10Material constants of anisotropic linear piezoelectric material
Guides
↗11Markdown Cheatsheet
Comsol
↗Comsol Simulation of Wave Propagation in Beam
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