Add to ORKGA nonlinear kinetic energy harvester for ocean drifter devices is presented. The design contains a gyroscopic wave energy harvesting system, capable of generating power from the wave-induced translational and rotational motions of a Wavy ocean drifter.Peer Reviewe
Ocean wave energy is one of the primary energy sources, which is available during day and night, in ...
A linear electromagnetic energy harvesting device for underwater applications, fabricated with a sim...
This dissertation presents a design for a novel water intake mechanism for a buoy-type ocean wave en...
A nonlinear kinetic energy harvester for ocean drifter devices is presented. The design contains a g...
A novel electronic energy harvester (EH) has been developed for oceanic undrogued drifter applicatio...
Harvesting the mechanical energy of ocean motion are finding different applications for offshore exp...
Ocean monitoring requirements have fomented the evolution of sensor platforms such as Lagrangian dri...
Lagrangian Drifters are autonomous floating passive devices that provide oceanographic surface data....
© 2020 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper describes a novel design of a wave energy harvest device that utilizes a flywheel energy ...
This paper presents the preliminary theoretical results obtained on a model of a kinetic energy reco...
<p>Ocean-based wireless sensor networks serve many important purposes ranging from tsunami early war...
The research develops a novel harvester associated with a built‐in frequency conversion device to ha...
This work aims to study a new energy harvesting device to be anchored on the ocean floor and convert...
Ocean wave energy is one of the primary energy sources, which is available during day and night, in ...
A linear electromagnetic energy harvesting device for underwater applications, fabricated with a sim...
This dissertation presents a design for a novel water intake mechanism for a buoy-type ocean wave en...
A nonlinear kinetic energy harvester for ocean drifter devices is presented. The design contains a g...
A novel electronic energy harvester (EH) has been developed for oceanic undrogued drifter applicatio...
Harvesting the mechanical energy of ocean motion are finding different applications for offshore exp...
Ocean monitoring requirements have fomented the evolution of sensor platforms such as Lagrangian dri...
Lagrangian Drifters are autonomous floating passive devices that provide oceanographic surface data....
© 2020 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper describes a novel design of a wave energy harvest device that utilizes a flywheel energy ...
This paper presents the preliminary theoretical results obtained on a model of a kinetic energy reco...
<p>Ocean-based wireless sensor networks serve many important purposes ranging from tsunami early war...
The research develops a novel harvester associated with a built‐in frequency conversion device to ha...
This work aims to study a new energy harvesting device to be anchored on the ocean floor and convert...
Ocean wave energy is one of the primary energy sources, which is available during day and night, in ...
A linear electromagnetic energy harvesting device for underwater applications, fabricated with a sim...
This dissertation presents a design for a novel water intake mechanism for a buoy-type ocean wave en...