Recent content by iridiu

I know we do not have the same point of view, but I think there are more forces that manifest themselves simultaneously in the "magic spiral", one is explained here: http://www.google.com/patents/US6321783 Elasticity of the tube is very important, because there is vibration and mechanical resonance.

Considering this article: http://www.popsci.com/article/technology/fuel-less-space-drive-may-actually-work-says-nasa and this two videos: In these rudimentary constructions I acquired a superior thrust force compared with space drive tested by NASA.

What if? What if the system is splitted in 3 sections: blue, yellow and red? http://www.2live.ro/demo/sections.bmp Blue section - fluid flow in this section is constant preserving the velocity vector, the mass in this case comes into pipe and leaves the pipe with the same momentum...

To find a way to produce more thrust than this one: Ion Thruster, using only electric current.

Thank you Thank you for your answer, now I understand quite well how conservation of momentum works. My knowledge of physics are limited, this is why I sought clarification in this forum. I made ​​few tests in a rudimentary manner as shown in video in previous posts where I used a diaphragm...

:) You said: "It is the same force as with a simple U-piece", about this: http://www.2live.ro/demo/Serpentina1.bmp And this one is too complex... Like a maze and because of Conservation of Momentum, everything is zero: http://www.2live.ro/demo/ball.bmp If you take out the coils...

Imbalance From another point of view, you are wrong, I'll tell you why... Let's see what happens along the entire path with a very simple example: http://www.2live.ro/demo/ball.bmp Count the turns in each side and imagine you launched a metal ball inside the pipe. As you can see from...

Inertial propulsion system I will explain the whole system from my point of view, please correct me if I'm wrong. It is widely accepted that an propulsion system which do not expel reaction mass, but it is not reactionless may be impossible due to some factors. So, if a mass makes one cycle...

Impulse, momentum, change in momentum When a fluid speeds up or slows down, inertial forces come into play. Such forces may be produced by either a change in the magnitude or the direction of the velocity since either change in this vector quantity produces acceleration. The change in...

Funny shape and momentum Now I have to explain why I made this funny shape. For example, if we assume we have a pipe semicircle shaped and assume that at both ends we have a piston that works in tandem with the other one, one pushes and the other pulls the fluid inside the pipe, as represented...

Open Now it's open: http://www.2live.ro/demo/arc_open.bmp

Linear force from inertia Let's suppose we have a closed loop, as shown in the drawings. From the earlier discussion I concluded that to produce a linear force, acceleration is needed F=m\asta, but to produce a linear force in one direction, irrespective of the direction of circulation of the...

Action and reaction From a simplified perspective I will try to present my point of view on the phenomenon. http://www.2live.ro/demo/Spira.bmp Reaction is represented by the force exerted by the pipe walls on the forward path of the fluid, and from there result a change of trajectory...

What if the fluid is accelerating?

It is assumed that a mass which travels in a closed loop will not generate a linear motion and all forces will cancel each other. Such a system would necessarily violate the law of conservation of momentum. Imagine that the spiral pipe is a closed loop system, do you think that building a...