To determine the motion that occurs when torques and forces are applied to inertias and masses, Simscape Driveline uses component connections and defining equations. However, a simulation can also accept motions imposed on a driveline and solve for the torques and forces to produce those motions. In general, a driveline simulation is a mixture of these two requirements, solving dynamics that are both forward (torque- and force-to-motion) and inverse (motion-to-torque and to-force). Imposed motions and applied torques and forces are forms of mechanical actuation.
- Best Practices for Modeling Torque-Force Actuation and Motion Actuation
Learn how torque-force and motion actuation types complement one another to account consistently for the motion of all the DoFs.
- Actuate a Driveline Using Torques and Forces
Learn about options for applying torques and forces to a driveshaft.
- Actuate a Driveline Using Motions
Learn about options for applying a motion directly to a driveshaft.
- Set Initial Conditions of Driveline Motion
Learn about setting initial conditions for rotational and translational motion.