This book investigates the design principles and applications of special planar linkages. It presents a comprehensive overview of the theory and practice behind creating novel planar mechanisms, focusing on their kinematic and dynamic properties. The work details various synthesis methods and provides examples of their implementation in different engineering fields, offering insights into the optimization and control of these systems.

The subject matter points to a dense, specialist text aimed at researchers and advanced students in mechanical engineering and robotics. The focus on design principles and synthesis methods suggests a rigorous, theoretical approach, likely supported by mathematical derivations and detailed examples. The inclusion of case studies indicates a practical orientation, bridging theoretical concepts with real-world applications in mechanism design.