Free energy, Perpetual motion, Overbalanced wheel, Gravity turbine - Part 2a by Professor Tiwes

This is the 4th video of an honest research in perpetual motion and free energy by Professor Tiwes. A seasoned mechanical engineer with PhD level knowledge in Mechanical Engineering. A mathematical model developed by Professor Tiwes using trigonometry suggests that the presented system may work. The challenge currently faced by the Engineer is manufacturing/developing a precise model as per the design because of lack of the correct tools and machines to develop them. Any one out there with the right technology to make a better model is encouraged to try on their own or support Professor Tiwes in making a better model if convinced of the importance of this research. Professor Tiwes feels that the best model to do this will require a wheel made of a very light material e.g. from plastic or cardboard so that most of the weight is concentrated by the weights at the wheel's periphery. You do not want to have a heavy wheel that requires a lot of energy to initiate its motion. The wheel presented here is made from a bicycle rim of 58cm diameter made from aluminum which is light. To get a bigger diameter wheel, 36 copper strips of 1m length are attached around the rim circumference with each copper strip carrying a 15 cm lever arm that that utilizes its own weight. Once the first model works (rotates continuously under the influence of gravity) , the engineers can have a field day playing with the different parameters to create a real machine that can do actual work. From the calculations done, the least number of weights to be used around the wheel is 16 and the chance of the system working improves as you increase the number of weights from 16 to 32 to 64 etc. Every time you double the number of weights used, the resultant moment (before considering the parasitic loads e.g. energy required to lift the next weight at top and the frictional forces) is doubled. For example, the resultant moment while using 16 weights is 5mgr, 10mgr while using 32 weights and 20mgr when using 64 weights and so on, where m is the mass of the individual weights used, g is acceleration due to gravity and r is the lever arm length. The energy required to lift the next weight at top is 2mgr. This is obtained from consideration of gravitational potential energy alone. The energy required to overcome friction is very very small as long as bearings are used and lubrication is applied where necessary. The energy lost in friction in driving the mechanism for lifting the next weight at top has not been considered thoroughly but considering frictional forces are very very small compared to the 2mgr required to lift the next weight, a properly designed lifting system using very light pulleys and belt will not consume all the resultant moment produced by the difference in the lever arms' lengths. The upper pulley attached with a member for lifting the next weight is designed such that it rotates X number of times (equivalent to the number of weights attached to the wheel or more) per every rotation of the lower pulley fixed to the wheel. This is done to ensure that all the X number of weights are lifted per every rotation of the wheel. The calculations also suggest that the larger the diameter of the wheel, the higher the chances of creating a working Overbalanced wheel since you can attach more weights and use longer lever arms and hence the one weight that requires to be lifted at top will be "competing" against a resultant moment produced by more weights and longer lever arm length difference hence a higher chance of being lifted. Once this weight is lifted by the resultant moment caused by the differences in the lever arms' lengths on the two sides of the wheel, a perpetually overbalanced wheel will result leading to a perpetual motion and free energy.

The system represented in this video consists of 36 weights. This video represents the very initial tests and the behavior of the system is encouraging there is some work still to be done. To understand this video well, it is recommended to watch all the previous 3 videos which are short and not time consuming.

I request for support in ideas and research funds to complete this research. I am a very honest person. If it does not work, I will tell you so and why. If it works, it will change the world for ever! Feel free to try on your own if convinced as I am it might work.

[sunitadwarka]

I think you must add two gravity wheels one right and one in left and drum with holes in middle use flap system with coupling for putting ingredient and collecting separated ingredients.
Jay bharat.

[sunitadwarka]

Do you know, how you can use this gravity wheel....for other purposes..
Jay bharat.

[lindaellison]

hi, hope you are doing well, good to see another cool one!! what if there was a pulley or ramp up there, to roll them over more gently?

[QuantumEnergySearch]

I like the idea of a self-running wheel. It presents well. However, I haven't found an easy way to get a wheel to run itself in a simple, economical way. It's relatively simple to do with a single weight where the center can be moved in a way that causes the weight on the outside to accelerate.

[janengel]

Bigger wheel is great idea. My wheel has now 2 meters width, and has 16 weights, still too weak for pushing weights. I must make more weights.

[thinkbeyond]

Hi super interested, just subscribed l... Let's understand what happens

[sunitadwarka]

You need to add drum body
Either ither you put machine in the middle and add drum body with holes on both side to keep balance.

Or you make stand and add drum body of iron sheet with holes when wheel will rotate body will rotate automatically, now you put ingredient inside drum for filtration and watch machine run or stop or. ... need little manual help.
It very easy to operate this machine manually, just rotate the wheels.
I hope you have understand.
Watch vedio of garbage separating drum.
In your machine we need to put ingredients manually.
Jay bharat.

[sunitadwarka]

Add sheet to this and try to make separating drum. You can give one push for faster rotation.
Jay bharat.

[yunyuXie]

According to physics, this approach cannot work, the operating principle is incorrect.