Animating your kinematic systems before and during assembly helps to understand interactions, point out inconsistencies or potential points of failure, and even selling the machine to key stakeholders before completion.
You’re not just aiming to showcase an environment in action, but also looking to understand complexities that are otherwise impossible to estimate.
In their treatment of complex machinery systems and the nuances require to animate them, researchers from the University of Washington and the University of Wyoming make an important distinction between kinematic and dynamic machinery systems:
For kinematic machinery systems, the reaction force problem is uncoupled from the motion problem.
That distinction underscores just some of the complexities that come with machine concept drawings and prototypes.
3) Training and Assembly Directions
