Dynamics of Multibody Systems

The dynamics of multibody systems refer to how interconnected parts, like robotic arms or vehicle suspensions, move and interact under forces. It involves analyzing the motion of each component and how they influence one another, considering factors such as mass, shape, and connections. This understanding helps predict movement, optimize performance, and ensure stability. Essentially, it’s the study of how multiple linked bodies behave together when forces act upon them, enabling engineers to design systems that move efficiently and safely in real-world applications.