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The Tesla Turbine is not to be confused with the Tesla Magnet Motor. Both of these inventions look similar and often get mentioned together but are not the same at all.
The magnet motor is a perpetual motion device which runs on magnetic energy, basically creating a continuous supply of free energy. On the other hand, the tesla turbine requires an external energy supply usually in the form of steam or some other fluid supplied at pressure.
This article is going to discuss the Tesla Turbine in terms of how it works, it's overall efficiency and the best place to get plans to build your own model.
The Tesla Turbine, also known as the bladeless motor, boundary layer turbine and
flat-
The main difference between the tesla turbine and the more common conventional turbines is that the Tesla Turbine does not have rotor blades or anything which provides any sort of resistance in order to turn the turbine.
Here's a quick breakdown of how it works.
Basically the design features a number of carefully packed smooth parallel disks mounted on a shaft and arranged inside a sealed chamber. The dimensions and quantity of the disks can differ depending on factors related to particular application.
Whenever any gas or fluid is permitted to go in the chamber and pass between your disks, it causes the disks to turn by way of the boundary layer effect, which in turn rotates the shaft. Since the fluid moves in natural pathways of least resistance, free of the constraints and troublesome forces triggered by vanes or rotor blades, it encounters gradual alterations in velocity and direction. What this means is more energy is shipped towards the turbine.
This rotary motion may be used in a number of ways, from running pumps, blowers and compressors to running cars and planes. Actually, Tesla stated the turbine was the best and also the most simply designed rotary engine ever designed.
Continued below....