T-(Shaped) Turbine, Which uses Centrifugal Force

[AB Hammer]

Overunityguide

You need to study about river flow with dikes and you will see a bit more my suggestion. I was in the US Coast Guard and spent 3 years on the Mississippi river. Our job was river navigation. The better you make the water flow. The better the water will work for you and not against you.


Alan

[Overunityguide]

Hi AB Hammer,

That is true for sure... Looking at nature is always a good thing to do. Viktor Schauberger has also spend thousands of hours looking on how salmon where able to swim up river...

But I think that you are probably right about the design of the Stationary Water Break Vanes, they might be a bit more curved to direct the water to the center of the water basin more easily. But I guess for now the only thing I did so far, was to share the conceptual idea...

[Overunityguide]

A lot of people are asking me how I came up with the Centrifugal Force Figures as being presented in both T-(Shaped) Turbine Images. I am sorry to hear if it wasn't clear in the first place. Please see my 'Centrifugal Force Calculation.png' Attachment, which will have the exact calculation method in it.

[Overunityguide]

I also found a useful tool for calculating Centrifugal Force online.
it can be found at: http://www.calctool.org/CALC/phys/newtonian/centrifugal
The tool can give you direct results in g or m/s^2

See the Images for the parameters related to the T-(Shaped) Turbine.

[Overunityguide]

Hi,
in this case can you provide some calculations for the tabletop model of your design.
For example, for it to generate up to 2 kwts by consuming only, say, up to 400 Watts.
What would be the dimensions of such a machine?
Regards

Hi Telecom,

Sorry for the Delay in my Reaction. But to Create a Table Top - Model (depending on the size of your table ) I would suggest the following parameters:

(I shouldn't go lower than a 0.5 m Radius and 10 Litre/Second Flow Rate, because then the output power becomes below usable figures)

Parameters:
Rotation Radius 0.5 meter (Feed Pipe/Penstock radius)
Rotation speed 6 rps (Rounds per Second)
Turbine Flow Rate 10 Litre/Second (0.01 m^3/s)

Centrifugal Acceleration: (@ 6 rps and @ 5m)
710.612 (m/s^2) / 2 = 355.306 (m/s^2)

Hydro-Power Calculation for Each Turbine:
1510.05 Watts =  0.85 x 1000 x 0.01 x 355.306 x 0.5

Total Power:
1510.05 x 2 = 3020.10 Watts