Water wave energy and wind energy are types of sustainable energy resources.
To use these enormous energy resources this turbine design has been developed.

 

Two different types of wings (according to airfoil shape) that are mounted opposite to each other generates the upward and downward lift force respectively as the flow of air or fluid passes over them.

Design Statement: 
Design has following parts:
1. Wings (two or more in quantity to generate required magnitude of upward and downward lift)
2. Flywheel
3. Supporting rod
4. Bearing to rotate the whole turbine about the axis of support to accommodate the influence of fluid flow direction.
The wings are connected to the flywheel with the help of links/connecting rods that are hinged on central support to assist the wing’s upward and downward motion that came result into the effect of aerodynamic or flowing fluid forces.

Working: Two different types of wings (according to airfoil shape) that are mounted opposite to each other generates the upward and downward lift force respectively as the flow of air or fluid passes over them. The net effect of generated lift forces will tend to rotate the flywheel in CCW direction. As the flywheel rotates it removes the fluctuation in output energy cycle. The output mechanical energy from flywheel shaft can be used to rotate the electric generators or machines.


Rajiv .S

Hello my name is Rajiv Sharma and I am the founder of RESEARCH & ME_mechscinovate which is my creativity, innovations, research and designs based blog. •Engineer•Inventor•Researcher•Designer•Author• Education Designing a all new PhD. course although I have not a PhD. B.Eng. in Mechanical Aug 2010-Aug 2013, Punjab, India Diploma in Mechanical Engineering May 2007-May 2010, Punjab, India Experience Freelance Creative Engineer, Inventor, Researcher, Innovator & Designer 2008 – Present Machine optimization & maintenance Engineer Dec 2014 – Present, Ludhiana, India Lecturer in Mechanical Engineering August 2013 – 2014, Punjab, India

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