Expert System for Generating Process Plans: Design Generation

Abstract

Automating the process of design generation is pivotal for enhancing efficiency and productivity in various industries. This study focuses on developing methodologies and algorithms to streamline the creation of designs through automation. By leveraging feature extraction databases and advanced computational techniques, the aim is to generate designs automatically based on specific requirements and input parameters. The process involves analyzing existing design data and extracting key features that serve as building blocks for generating new designs. Optimal design sequences are determined to minimize tool changes, reduce non-cutting time, and maximize productivity. Additionally, the selection of materials, cutting parameters, and tooling is automated to ensure the creation of high-quality designs tailored to the intended applications. The study explores various approaches for automating different aspects of the design process, including CAD/CAM integration, parametric modeling, and algorithmic design generation.