Algodoo

Nice work.

Your HP calculation may be wrong:

3600 Nm X 350 RPM X 1min/60sec X (2*pi)rad/rev * 1HP/746W = 177 HP

At any rate, I can get 350 HP at 250 Hz. I don't see a problem with increasing the simulation frequency if your computer can handle it.

OK, I see you must have used 3600 ft-lb and not 3600 Nm, but 3600 ft-lb = 4881 Nm and I couldn't get the engine to handle 4881 Nm at 120 Hz.

The pistons get unsynced after some time, you should use springs for transmissions instead of stretched axles to connect the crankshafts

The way i counted HP is Torque X RPM / 5252

Works great but works even better on 150 HZ. Great job anyway!

Great work!!!
...but who use a 2,5t Flywheel
anyway well done!

That wheel is just for that engine would have weight to spin.
Engine flywheels are about 450kg/m2.

In an old wankel scene Christer told me that he uses N/m*RPM/7121, because otherwise you should convert N/m to ft-lb, mult. by RPM and divide by 5252

Something Ive always wondered about your engines is why do you use rotating circles to delete the spawned balls rather than just having a box at the bottom of the power stroke to delete the balls?

Great engine ^_^

Because you have more control of exhaust timing.

Perfect! now let me put it in a shelby !!

I just control timetolive by using a script that bases it on how fast the engine is revving. Works really well, if you get it right.

Anyways nice engine! I really like it.

the best engine, he can make my caddilac go to 27.5 m/s very fast

134 HP(3600 Nm x 15 rad/s /736)