Dear All,
Gravity is endless source of power. A hydro-electric station effectively converts gravity to kinetic energy. And the needed replenishment of water is taken care by sun.
Buoyancy is another natural phenomena which can raise a body against gravity. Can this be used as a way for replenishment to realize a Gravity Buoyancy Turbine?
I believe that a turbine can be designed to establish the same. An arrangement in which a body falling in air chamber and raising in water chamber. An innovative mechanism can be designed to push the body from air to water at the bottom of the chamber with minimal friction and hence minimal external force.
Can this be done? If not, can any one give a mathematical proof why it can not work.
I am doing research on the same and already designed couple of options (mechanisms to push a body from air to water at the bottom of water chamber). Looking forward to see why it can not work. I am moving ahead with my plan to proto-type such a device.
Thanks in advance for any help.
Regards,
Vivek
Gravity is endless source of power. A hydro-electric station effectively converts gravity to kinetic energy. And the needed replenishment of water is taken care by sun.
Buoyancy is another natural phenomena which can raise a body against gravity. Can this be used as a way for replenishment to realize a Gravity Buoyancy Turbine?
I believe that a turbine can be designed to establish the same. An arrangement in which a body falling in air chamber and raising in water chamber. An innovative mechanism can be designed to push the body from air to water at the bottom of the chamber with minimal friction and hence minimal external force.
Can this be done? If not, can any one give a mathematical proof why it can not work.
I am doing research on the same and already designed couple of options (mechanisms to push a body from air to water at the bottom of water chamber). Looking forward to see why it can not work. I am moving ahead with my plan to proto-type such a device.
Thanks in advance for any help.
Regards,
Vivek
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