The purpose of this project was to develop a compact device that can transform wind energy into electrical energy using the concept of vortex shedding. Calibrated vortex shedding induced resonant oscillation. This team designed and built a small-scale prototype to test in WPI’s wind tunnel. The results demonstrated a potential for vortex induced vibration to be utilized with wind to create electricity. Difficulties arose from the low density of air compared to other fluid mediums, such as water
Flexible bluff bodies exposed to a uniform fluid flow undergo vibration due to vortex-shedding from ...
An electronic converter is designed for an isolated renewable energy system. In this system, energy...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
Harvesting energy from vortex induced vibrations (VIV) in flowing water has the potential to be a lo...
Large hydro-power extraction systems such as hydroelectric dams can be very expensive to construct a...
A potential exists to harness energy from the fluid flow phenomenon of vortex induced vibration. A m...
This project involves the design of a novel coreless hydrokinetic turbine. The goal was to develop a...
The more fossil fuels are depleted, the more of a need there is to find new forms of energy. This re...
This project furthers the design and testing of the WPI kite-powered water-pump system. The purpose ...
An original water energy harvesting mechanism was designed, manufactured, and tested to determine th...
Vortex-induced vibration energy harvesters depend on a steady state flow velocity to generate the co...
The grantee designed a high power (over 1MW) inverter for use in renewable and distributed energy sy...
The goal of this project was to analyze, design and implement an autonomous quadrotor aerial vehicle...
The objective of this study was to design and construct a vibration control system for an electronic...
In times when there is greater public concern with regard to energy consumption and the environment,...
Flexible bluff bodies exposed to a uniform fluid flow undergo vibration due to vortex-shedding from ...
An electronic converter is designed for an isolated renewable energy system. In this system, energy...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
Harvesting energy from vortex induced vibrations (VIV) in flowing water has the potential to be a lo...
Large hydro-power extraction systems such as hydroelectric dams can be very expensive to construct a...
A potential exists to harness energy from the fluid flow phenomenon of vortex induced vibration. A m...
This project involves the design of a novel coreless hydrokinetic turbine. The goal was to develop a...
The more fossil fuels are depleted, the more of a need there is to find new forms of energy. This re...
This project furthers the design and testing of the WPI kite-powered water-pump system. The purpose ...
An original water energy harvesting mechanism was designed, manufactured, and tested to determine th...
Vortex-induced vibration energy harvesters depend on a steady state flow velocity to generate the co...
The grantee designed a high power (over 1MW) inverter for use in renewable and distributed energy sy...
The goal of this project was to analyze, design and implement an autonomous quadrotor aerial vehicle...
The objective of this study was to design and construct a vibration control system for an electronic...
In times when there is greater public concern with regard to energy consumption and the environment,...
Flexible bluff bodies exposed to a uniform fluid flow undergo vibration due to vortex-shedding from ...
An electronic converter is designed for an isolated renewable energy system. In this system, energy...
This report examines various energy resources to ensure that humanity has ample supplies for future ...