multibody modeling -凯发k8网页登录
model bodies, assemble them using joints and constraints, specify and
sense dynamic quantities of interest
simscape™ multibody™ models are similar in composition to the systems they represent. a typical model comprises bodies, joints and constraints, forces and torques, and sensors. start your model by creating the subsystems that represent the bodies. then, connect the subsystems with joints and constraints to define kinematic relationships. to measure the dynamic response of system components, add forces and torques—or, equivalently, motion inputs—to drive the model and sensors.
categories
model body geometries, inertias, colors, and frames
connect bodies through joints, gears, and constraints
apply and sense force, torque, and motion
examples of multibody systems for aerospace, automotive, and robotics applications