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Learn about the fundamental scaling laws that govern microrobotic systems through this 33-minute lecture from NPTEL-NOC IITM. Explore electromagnetic scaling principles and understand how electromagnetic forces behave at microscopic scales in robotic applications. Examine the nature of adhesion forces in micro robotics systems and discover how surface forces become dominant at small scales. Investigate electrical scaling laws for micro robots, including how electrical properties and power requirements change with miniaturization. Delve into the fluid domain characteristics specific to micro robotic systems, where viscous forces typically dominate over inertial forces. Master the scaling principles in fluid mechanics that are crucial for designing and controlling microrobots operating in liquid environments, understanding how Reynolds numbers and flow patterns differ significantly from macro-scale robotics.
