What are kinematics simulations used for in CATIA?

Kinematic simulations are essential tools for analyzing and optimizing the motion of mechanical assemblies. Using the DMU kinematics workbench, users can simulate dynamic interactions between parts, such as rotations, translations, and other movements defined by kinematic joints.

This capability allows engineers to:

• Understand how components move relative to each other over time.
• Identify potential clashes, interferences, or clearance problems during motion.
• Evaluate the efficiency and functionality of mechanisms to improve overall design performance.
• Track the paths of moving parts or reference elements for further analysis.

Unlike manual animations in the assembly design workbench, which are not time-based, kinematic simulations provide precise, time-dependent insights into the behavior of assemblies. This makes them invaluable for ensuring robust and efficient engineering designs