thats nice kalog.
but what does it mean?
does the 3200 mean 3200N?
you used fully constrained , does that mean that you
removed the springs?
and the force is just stopped there.
by the way the slides arent just laying against a floor
or something they are in space they must ride on some type
of track that would hold them from floating around.
so there is a torque from the 45 degree force placed on
the slider.
you said you made a program to get your results , did the
program take distance into consideration?
ie... how far did the slider move outward?
I cant see how you got 3200N from 1 leg if that is what
you are saying.
or trying to say.
The model assumes small displacements for everything
if your working a 2 second time frame you should use a distance that would equal 40 meters in that 2 seconds
I would like to know how much your distance was.
or at least the displacement in each direction not both
together and then say it was 0 , as you mostly do.
the distance that the 100kg mass moved in the
(-) direction.
when you did get the 2 seconds what spring constants did
you use?
No. I just showed a 4000N input for clarity. F1 stays constant as long as the input stays at 4000N.
the force F1 goes to zero in 1 second , did your program take that into consideration?
your diagram doesnt look like it would fit.
at 1 second your showing the highest vertical forces
as the 4000N has been reduced to zero , how do you account for that?