T-(Shaped) Turbine, Which uses Centrifugal Force

[Overunityguide]

Hi all. I decided to give it a go to this project. Evolution will be slow 'cause lack of time. I'll keep u posted with the findings along the way.

To OUG: did u receive my pm?

Mihai

Hi Mihai,

Good to hear that you want to do some testing for yourself. I just read your PM about your T-(Shaped) Turbine power calculations. It's looking good in my opinion. The only thing I would like to know is where you found the formula for calculating the Coriolis (Counter effecting) Force.... Can you provide a source for it on the internet maybe? It's also good to hear that the Counter Effecting Coriolis effect looks to be 30 times less when compared to the Effecting Centrifugal Force in your power calculations! Maybe it's an idea to make your power calculations public on this forum? Thanks, OUG.

[miloszlaw]

By replacing the rotating tubes with rotating cylindrical structure maby you can reduce the Coriolis effect without reduce Centrifugal Force?

[DaS Energy]

Liquid filled cylinder with T provides greater inertia energy, lessening the rotation load on the Pelton's.

[DaS Energy]

 T provides 82% efficient Pelton. DaS 60%.

Inertia also active in DaS. Turbine is of heavy construction.

DaS :-) active below zero* C.

T once spun may continue,

[mihai.isteniuc]

Hi Mihai,

Good to hear that you want to do some testing for yourself. I just read your PM about your T-(Shaped) Turbine power calculations. It's looking good in my opinion. The only thing I would like to know is where you found the formula for calculating the Coriolis (Counter effecting) Force.... Can you provide a source for it on the internet maybe? It's also good to hear that the Counter Effecting Coriolis effect looks to be 30 times less when compared to the Effecting Centrifugal Force in your power calculations! Maybe it's an idea to make your power calculations public on this forum? Thanks, OUG.

Hi OUG, hi all,

Sorry for my late answer. The formula Coriolis was taken from wikipedia, more precisely: http://en.wikipedia.org/wiki/Coriolis_effect

Mihai

PS I have checked again the calculations and did not find anything wrong. I'll post them and ask help from other members from forum.