Harvesting energy from vortex induced vibrations (VIV) in flowing water has the potential to be a low-impact, low-cost alternative to traditional hydropower methods. This project focused on utilizing piezoelectric transducers to transform the VIV oscillations of a cylinder to electrical power. The final prototype successfully produced 0.1 microwatts, but the erratic flow speed of the water and the project’s small scale prevented consistent power generation
The leading edge flow structure was investigated on a 70 deg flat plate delta wing which was pitched...
The goal of this project was to analyze, design and implement an autonomous quadrotor aerial vehicle...
Providing a self-sustaining, efficient, and cost-affordable source of energy is perhaps the greatest...
A potential exists to harness energy from the fluid flow phenomenon of vortex induced vibration. A m...
The purpose of this project was to develop a compact device that can transform wind energy into elec...
Vortex-induced vibration energy harvesters depend on a steady state flow velocity to generate the co...
Large hydro-power extraction systems such as hydroelectric dams can be very expensive to construct a...
The objective of this study was to design and construct a vibration control system for an electronic...
The design and implementation of a Maximum Peak Power Tracking system for a photovoltaic array using...
An original water energy harvesting mechanism was designed, manufactured, and tested to determine th...
This study focuses on advancements in resonant column testing of soil and rock using random vibratio...
Non-linear loads (NLLs) cause distortion known as harmonic pollution, it creates power quality issue...
This project determined the feasibility of lowering WPI\u27s total carbon footprint and energy usage...
The Oyster Restoration Program alongside the New Hampshire chapter of the Nature Conservancy is work...
This project\u27s objective was to design and build a flat plate structure for testing the effective...
The leading edge flow structure was investigated on a 70 deg flat plate delta wing which was pitched...
The goal of this project was to analyze, design and implement an autonomous quadrotor aerial vehicle...
Providing a self-sustaining, efficient, and cost-affordable source of energy is perhaps the greatest...
A potential exists to harness energy from the fluid flow phenomenon of vortex induced vibration. A m...
The purpose of this project was to develop a compact device that can transform wind energy into elec...
Vortex-induced vibration energy harvesters depend on a steady state flow velocity to generate the co...
Large hydro-power extraction systems such as hydroelectric dams can be very expensive to construct a...
The objective of this study was to design and construct a vibration control system for an electronic...
The design and implementation of a Maximum Peak Power Tracking system for a photovoltaic array using...
An original water energy harvesting mechanism was designed, manufactured, and tested to determine th...
This study focuses on advancements in resonant column testing of soil and rock using random vibratio...
Non-linear loads (NLLs) cause distortion known as harmonic pollution, it creates power quality issue...
This project determined the feasibility of lowering WPI\u27s total carbon footprint and energy usage...
The Oyster Restoration Program alongside the New Hampshire chapter of the Nature Conservancy is work...
This project\u27s objective was to design and build a flat plate structure for testing the effective...
The leading edge flow structure was investigated on a 70 deg flat plate delta wing which was pitched...
The goal of this project was to analyze, design and implement an autonomous quadrotor aerial vehicle...
Providing a self-sustaining, efficient, and cost-affordable source of energy is perhaps the greatest...