Physics for Robotics: Mechanics and Real-World Applications Intelligent Machines & Automation

A robot only becomes powerful when physics comes alive behind it. This book transforms abstract formulas into tangible motion, showing how forces, energy, and dynamics shape the way robots move, lift, balance, and interact with the real world. Whether you're building your first robotic system or deepening your engineering foundation, this guide bridges theory with practical understanding in a way that feels intuitive and exciting. Inside, you'll explore the essential principles that drive robotics-from motion and kinematics to energy transfer, force analysis, and real-world mechanical behavior. Complex ideas are broken down into clear, applied concepts, helping you see not just what works, but why it works. Each topic is connected to real robotic applications, making it easier to visualize systems like robotic arms, mobile robots, and automated mechanisms in action. Designed with learners, innovators, and future engineers in mind, this book aligns with modern STEM learning approaches and practical robotics development pathways. If you want to truly understand how robots move, react, and perform in the real world, this is where the journey begins.

Pagina's: 285, Paperback, Independently published