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2-body-system

Evaluation of a point absorber system to sea wave energy harvesting.

bfree

BFree: Enabling Battery-free Sensor Prototyping with Python

buoy_examples

Control examples for wave energy harvesting buoy

controllingchaosintheduffingoscillator

This repository contains code that simulates chaos and control of chaos in an energy-harvesting duffing oscillator system.

coringa-m0

Arduino based board with an embedded energy harvesting solution.

design-methodology-of-an-energy-harvesting-damper-for-automotive-suspension

electrom

ElectroM is an easy-to-run code to simulate the nonlinear dynamics of an electromechanical system.

energy-harvesting-backpack

An Efficient Design of an Energy Harvesting Backpack for Remote Applications

free-and-forced-vibration-of-plate-based-on-energy-sink

free and forced vibration of plate based on energy sink

insane-hapex

This suite is an ensemble of codes developed to conduct a global sensitivity analysis on an multimodal energy harvesting system with periodic excitation.

jumpingenergyharvester

This project is my Master's thesis, which was aimed at building a VSA (Variable Stiffness Actuator) with Variable Damping to exploit its energy harvesting capabilities during vertical jumping

nveh-modelling

Creation of an application for numerical modelling of Nonlinear Vibration Energy Harvesters. Work made during an internship at the SYMME laboratory (74).

phdthesis

This is my PhD thesis on energy harvesting from a generalised cruciform structure.

pydynamics

Numerical simulation code for 1D nonlinear dynamics of Vibration Energy Harvesters

thermoelectric-regenerative-damper

This Simulink model of Thermoelectric Regenerative Damper was presented during Jaguar Landrover's Energy Harvesting System Challenge at Inter IIT Tech Meet 9.0.

veh-undergrad-thesis

Holds all relevant files to the final thesis I completed for my undergraduate degree titled "Oh Buoy! Optimal Design of a Vibration Energy Harvester for Ocean Wave Power."

vibrational-control-of-an-inverted-pendulum-with-periodically-switching

An inverted pendulum can be stabilized by injecting dithers without measuring its angle and using feedback control. This dither-injecting open-loop control method is called vibrational control. A periodical switching signal is scheduling the on-and-off sequence of the dither injecting, which helps save the consumed energy.