How can the wheels rotate? The force of the rectangle shouldnt be radial? Perhaps is a bug of WM. Strange is if you raise the weight of the rectangle you note that you can raise the counterforce...
Nobody?
With my programs there is not the possibility to open the download !
But "senzamariju(h)ana" as title ?
" Feeling(and observing) under joint consuming conditions "? Red Bull like ?
Then nothing is impossible !
S
CdL
Quote from: lancaIV on October 25, 2013, 12:37:07 PM
With my programs there is not the possibility to open the download !
...
S
CdL
Hi Lanca,
The file is made by a Dynamic Motion Simulator program from DST, here you can see it: http://www.design-simulation.com/wm2d/ (http://www.design-simulation.com/wm2d/)
I do not think many members here have this program, so it would have been better to make a picture file from the simulation at least to show what the setup is all about, perhaps then more answers could be gathered.
Gyula
Here a 1minute lenght video
Rectangular bar is hitting the wheels at an angle on the curve with a force. Horizontal component of this force is making the wheels to rotate in its direction as I see it.
Seems is the bouncing that let the wheel rotate.
I modified the WM2D file,now set without attrites the kinetic energy of the circles rises. Set with air attrite we have a moment where kinetic energy of the 2 rounds are 4 times greater than potential energy lost by the weight. The rectangular weight has a spring so potential energy isn't loosed at all. How should i have to get this? An error of programmation of WM2D or an overunity device?
Here the video. I don't tell you what it seems... :D
Confirm me please it's an error of computation... notate in blue the graph of the amplification of potential energy...from where does come she from?
Maybe some good one can model it througt another simulation software to see if we reach same results? like maxwell3d or even phuun?