One stick game...

[iacob alex]

        Hi!

The falling stick demo is a formal study of the so impressive falling chimney phenomenon.

A such method,can suggest us,the most important information,regarding the size(diameter) of a collecting power rotor in the gravity.

We are as in an invisible flow,with a rotor in our hands,searching the cut-line for the blades,so that the velocity of the flux is greater than the velocity of the any point of the power collector.

This time,the subject is about the "greater than g/gravitational acceleration".

The problem is that the falling stick must be positionated,as a first class lever(unequal arms),and the concave-convex game in a fluidic flow(air,water),for a power collector,needs to be replaced with a long arm-short arm game.

We remake the falling stick demo and make a "cut",so to "discard" the greater than "g" part,and so excluding the  dissipation effect of the amassed power.

Inside this size(diameter),we can play long arm-short arm...

       All the Bests!  .  Alex

[iacob alex]

...played as a swinging pendulum in gravity ,can be a miracle?

In the beginning,it can be a great surprise and a real question in the same time.

So,we know,that a mass has,in the same time gravitational and inertial properties.It plays  "double".

Now,the question is:a swinging mass (pendulum),due to gravity potential flow,acts  vis-a-vis inertia an inertial induction scenario?

Can we call it an inertial induction?

Each time the pendular mass temporary stops(top position),its interplay with inertia transiently ends.

We have an oscillatory start-speed up-slow down-stop/and again...interaction with the  inertia.

The induction procedure,is the act of inducting  or the state  of being inducted.

In electricity,induction is an electromagnetic proximity process between two bodies with specific properties.

Can we apply an analogy here?

Take it,please,for the moment,as a phantom of the mind....

                   All the Bests!  /  Alex

[iacob alex]

...configurated as a swinging pendulum in gravity and inertia,can tell us some interesting relations.

Maybe a simple test ( I proposed this one to Prof Milkovic),relating to the double mechanical oscillator  will be useful.

We can compare the swinging time of a pendular mass on a fixed fulcrum/pivot(an usual pendulum) with the swinging time of the same mass,on a balancing fulcrum(Milkovic's "unusual"  pendulum),for the same initial conditions.

If you have something like this ,sounds like a simple experiment,that you can easily perform:fix the beam stationary,pulse the pendulum and measure the swinging motion time,until rest.

Then,release the beam , pulse again the pendulum, with the same amount of pulse,and record the elapsed time again.

After that,compare the swinging times,that's all.

Immediately following that ,we can talk...

                    All the Bests!  /  Alex

[iacob alex]

.....as a "baby idea" , can generate a multitude of practical applications , including the mechanical ones.
Shaking a stick ,has an easy to understand movie . at :
http://www.youtube.com/watch?v=6fslf98aw7E
...and a lot of early brevets (see US Patent # 1,715,816 ) , at:
http://www.rexresearch.com/constran/1constran.htm
For the purpose of our forum , the "baby" idea/image can be a self rotating stick , due to gravity fall/unbalance and inertia .
A baby is a baby...project or object , eliciting a person's special attention so to grow/develop him.
If you have it , take care to bring it to the real world...alive.
    Al_ex