Hello
I made a little drawing of how I understand the Takahashi motor. As when the motor turns the rotor is giving away power over the hole time, the coil is loaded only a fraction of the time..., but I think all here know the principe.
The questions I have are the following,
-If I intensifie the perm. magnets X times, must there also be used X times more energy for the pole creation by the coil?
-If I intensifie the perm. magnets X times, goes then X times the torque and X times the turns per second up, so that the rotational power increase X^2 times? (As the rotational energy is (rad/sec) * nm)
-Would the rotor even accelerate?
Kind regards
Julien
( I wanted to modifie the picture, now there are 2 showing the same motor)
I think you have Yasunori Takahashi's design slightly wrong. This may help:
http://www.cheniere.org/misc/wankel.htm (http://www.cheniere.org/misc/wankel.htm)
N.B. The direction of rotation is different in the two drawings.
The direction is actually the same I saw, on Bearden's site it's just "mirrored" to mine. The principle of both is the same.