Levinson's Damping

Levinson's Damping describes how certain structures or systems naturally reduce vibrations or oscillations over time. This damping occurs because energy from the vibrations is gradually dissipated through mechanisms like internal friction, material deformation, or other forms of resistance. Essentially, it explains why, after being disturbed, systems eventually settle back to rest rather than continuing to vibrate indefinitely. Levinson's Damping provides insights into how quickly this settling occurs and helps predict the stability and longevity of structures, such as buildings, bridges, or mechanical components, as they respond to dynamic forces.