Springer Capillary Forces in Microassembly - MEMS Textbook

Explore the fundamental principles of microscale assembly with Capillary Forces in Microassembly by Springer. This technical text provides a comprehensive look at using capillary forces as a primary gripping principle during microscale assembly processes. It bridges the gap between theoretical physical concepts at the microscale and practical micromanipulation applications. Readers will benefit from a thorough review of existing gripping principles and detailed elements used to model capillary forces. The book includes descriptions of simulation methods and experimental test benches designed to study specific design parameters. By utilizing established concepts from surface science, such as surface tension, capillary effects, and wettability, this work offers a structured approach to understanding microtechnology and MEMS applications. It is an organized resource for those studying the mechanics of surface science in microscale environments.