Digital Product Design and Manufacturing [Hardcover]

Digital Tools Used for an Instrument Panel Design and Manufacturing. Modern Trends of Reverse Engineering in Digital Manufacturing. A Brief Review of Additive Manufacturing Technologies. Multi-material Vat Photopolymerization 3D Printing: A Brief Review of Technology, Design, and Process. Sustainable Production Planning for Additive Manufacturing in a Circular Economy Environment Setting. Development of a 3D-printed, Modularized, and Low-cost USV. Selective Laser Melting: From Research to Industrial Applications. Numerical Simulation of Polytetrafluoroethylene Orthogonal Cutting Process. A CAD Framework for 3D Design and Optimization of Solid End Mill Geometry. Technicity between Prediction and Autonomy: Ceci nest pas une chaise. Next-generation Digital Design Strategies for the Textile Industry. Digital Tools to Improve Aesthetic and Functionality of Fashion Products: Footwear. Use of Computational Design Technology to Automate Sew Pattern Design for Dress Garment.

Readers will be exposed to topics such as reverse engineering, additive manufacturing, circular economy, digital design and manufacturing automated tools, numerical simulations in manufacturing and use of artificial intelligence, as well as textile, clothing and footwear applications.

Digitalization concepts and methods have, in recent times, drawn the interest of researchers and academics, especially in design and manufacturing. Modern product design integrates advanced CAD/CAE/CAPP/CAM/PLM and computational tools as a means to automate tasks and increase the quality of the designed product, while reducing manufacturing cost and the time-to-market. The same is true that in the era of artificial intelligence, digital manufacturing is a fast-expanding focus of research that includes not only pure manufacturing topics but also additive manufacturing, reverse engineering, simulations of material properties for strength, manufacturability, and optimization of manlS¡