Springer Capillary Forces in Microassembly - Engineering Text

Explore the fundamental role of capillary forces in microscale assembly with this technical text from Springer. This book provides a detailed look at using capillary forces as a primary gripping principle for micromanipulation tasks. It bridges the gap between physical microscale concepts and practical, real-world applications in the field of microtechnology and MEMS. The content is organized to guide readers through a comprehensive review of existing gripping principles. You will find detailed elements for modeling capillary forces, supported by descriptions of both simulation methods and the experimental test benches used to study design parameters. By applying well-known concepts from surface science, such as surface tension and capillary effects, this work offers a deep dive into the mechanics of microassembly. This is an essential resource for engineers and researchers looking to understand the science behind wettability and surface forces in microscale environments.