Approaches to MECHANICAL DESIGN COMPONENTS

Description

“Approaches to MECHANICAL DESIGN COMPONENTS” provides a foundational yet advanced exploration of computational methodologies crucial for modern mechanical engineering design. This textbook introduces students to sophisticated concepts in automated design reuse, offering practical insights into systems like BOGART for leveraging existing design plans efficiently and intelligently.

Readers will delve into analogical reasoning with ARGO, gaining an understanding of how to adapt solutions from analogous past problems to solve new challenges. The book thoroughly examines the intricacies of Case-Based Design (CBD), dissecting various retrieval strategies essential for effective system implementation. Furthermore, it covers detailed task analysis within CBD frameworks, ensuring a robust understanding of its application. Concluding with the critical concept of function sharing in mechanical design, this text equips aspiring engineers with intelligent, reuse-oriented strategies to innovate and optimize component development in complex scenarios.

Robert Carter, PhD, is a leading researcher in AI in design. Their extensive work explores automated reuse, analogical reasoning, and case-based design systems, reflected in significant publications and lab contributions.