I am trying to extract information about the contact incidents in Adams, in order to exact the times at wich more than 1 gear tooth pair of an involute gear model come into contact. I understand that after the simulation, I can look at the contact incidents and tracks, but if possible, I'd like to be able to extract the incidents during simulation, in the form of measurements.
When you have the two gears with 1-2-1 mesh, the OVERALL stiffness between the two gears will vary. However, the stiffness of each contact point will be the same all the way through. So I am not sure why you would want to change the contact stiffness because of the meshing.
There are no direct functions for getting the detailed contact incidents during runtime.
What you can do is to use a CNFSUB subroutine for the 3D contact force between the two gears. The same CNFSUB will be called for all of the contact incidents, hence you will have to do some clever monitoring of the contact point locations fed into the CNFSUB to find out which one of the contact incidents is currently active.
When you have the two gears with 1-2-1 mesh, the OVERALL stiffness between the two gears will vary. However, the stiffness of each contact point will be the same all the way through. So I am not sure why you would want to change the contact stiffness because of the meshing.
There are no direct functions for getting the detailed contact incidents during runtime.
What you can do is to use a CNFSUB subroutine for the 3D contact force between the two gears. The same CNFSUB will be called for all of the contact incidents, hence you will have to do some clever monitoring of the contact point locations fed into the CNFSUB to find out which one of the contact incidents is currently active.