INVESTIGATING NON-LINEAR RESONANCE

PROTOTYPE DEVELOPMENT

COMPUTATIONAL MODELLING

  • Investigating the fundamental principles of non-linear resonance mathematically using Mathematica as computational environment.

CIRCUIT SIMULATION

  • Circuit parameters optimization via simulation using LTspice environment.

PCB DESIGN

  • Schematic design, routing, and PCB assembly.

TESTING & VALIDATION

CHOATIC OSCILLATIONS

  • Experimental validation of results obtained from computational simulation.

  • Experimental investigation exploring the required electrical parameters to observe chaotic oscillations.





NON-LINEAR RESONANCE

  • Experimental validation of results obtained from computational simulations.

  • Experimental testing exploring the range of input signals required to induce non-linear resonant responses in Chua's circuit system.





PROJECT FEATURED

TRANSILLUMINATOR SYSTEM

ACOUSTIC LEVITATION SYSTEM