I would like to model frequency and amplitude dependent behavior in Adams View.
In Adams Car Ride there is a Component based on a GFROCE that computes a force which is the sum of static spline force, TFSISO force, Bouc-Wen hysteresis force, preload and viscous damping force.
Especially the achievable shapes of hysteresis that can be modeled with Bouc-wen are of interest. I would like to use this General Bushing in Adams View.
This is generally not possible because these types of bushings are built using FIELD elements that point to a proprietary subroutine (abgFDM::fie910). But if you investigate the FIELD element definition, for example:
FUNCTION = USER(910, 2, 120, 121, 122, 123, 124, 125)\
The USER() function passes some marker Solver IDs to the subroutine. Therefore, you may be infer the arguments that should be provided. But since this functionality is under-the-hood we do not officially provide support for manipulating it but you can consider this a 'hack'.
We also have this article that may or may not be what you are looking for, but relevant:
This is generally not possible because these types of bushings are built using FIELD elements that point to a proprietary subroutine (abgFDM::fie910). But if you investigate the FIELD element definition, for example:
FUNCTION = USER(910, 2, 120, 121, 122, 123, 124, 125)\
The USER() function passes some marker Solver IDs to the subroutine. Therefore, you may be infer the arguments that should be provided. But since this functionality is under-the-hood we do not officially provide support for manipulating it but you can consider this a 'hack'.
We also have this article that may or may not be what you are looking for, but relevant: