ansyolitico
Guest
Hi.
I have two big doubts
1- how do I analyze a mechanism with a degree of freedom? For example if I had to analyze a lever imposed the hinge bond, the force I should exercise but on the other side I do? I block the movement and see how it reacts? It is true that if I have done the right things, they should be balanced but I do not think it is correct
2- as a model a spiral spring working compression (such as shock absorbers)? I have seen that in the contact list there spring contact that simulates a spring but works traction and you have to set a lot of parameters that I did not understand what they are. I also read here in the forum I heard about imposing a bond and assigning them a stiffness, would it be the elastic contact? because as a taxable parameter has a n/mm3 that I do not have the pallidest idea what it is since the springs are in n/mm...
I would have two beams away from them of a tot loaded and between the two I would have two springs... if I imposed the actual load that the spring exercises on both beams I don't think is the same thing
I have two big doubts
1- how do I analyze a mechanism with a degree of freedom? For example if I had to analyze a lever imposed the hinge bond, the force I should exercise but on the other side I do? I block the movement and see how it reacts? It is true that if I have done the right things, they should be balanced but I do not think it is correct
2- as a model a spiral spring working compression (such as shock absorbers)? I have seen that in the contact list there spring contact that simulates a spring but works traction and you have to set a lot of parameters that I did not understand what they are. I also read here in the forum I heard about imposing a bond and assigning them a stiffness, would it be the elastic contact? because as a taxable parameter has a n/mm3 that I do not have the pallidest idea what it is since the springs are in n/mm...
I would have two beams away from them of a tot loaded and between the two I would have two springs... if I imposed the actual load that the spring exercises on both beams I don't think is the same thing