constraint for analysis stresses

[rik4770]

Good morning.
I have to do an analysis of the stresses of this bracket.
I designed it, but I can't find the way to insert the bond given by the rope that keeps it lifted.
I tried to put a pin on the two sides, but I got all the stress because the pin turns out to be the most stressed.
Any ideas?
Thank you.

 

[Peppe]

Have you tried to put a fastener in the hole?

 

[Marco F inox]

as you see a little better from @peppe, the vertical lifting hole, must be further left or forward, of the load center, otherwise it overturns and does not lift anything.
If you don't take this into account, how do you put the exact data into the program?
then the molding of the fork, is certainly not in constant section.
Look how hooks are made.

 

[rik4770]

as you see a little better from @peppe, the vertical lifting hole, must be further left or forward, of the load center, otherwise it overturns and does not lift anything.
If you don't take this into account, how do you put the exact data into the program?
then the molding of the fork, is certainly not in constant section.
Look how hooks are made.

Good morning.
the design was indicative to try to explain the problem.
I want to understand how to simulate the presence of the rope.
with the proposal for a solution @peppe I find it solicited all the inside area of the hole, while I would expect the upper part to be stressed.
thanks for the attention

 

[wert]

Good morning.
the design was indicative to try to explain the problem.
I want to understand how to simulate the presence of the rope.
with the proposal for a solution @peppe I find it solicited all the inside area of the hole, while I would expect the upper part to be stressed.
thanks for the attention

you have to divide the hole surface into two and apply the bond on the upper surface

 

[il teo]

good morning, if the simulation is made with the basic module of inventor, I would design a pin with diameter lower than the hole and I would fix the outer surface.
Then I would put the separation contact between pin and bracket, taking care to select eliminate rigid body movements from the analysis options.

 

[rik4770]

thanks to all

 

[il teo]

thanks to all

Rik, did you find the solution? it would be nice to have feedback so much to grow all together.
thanks for any contributions.