Marco Attene – författare

The wide diffusion of 3D printing technologies continuously calls for effective solutions for designing and fabricating objects of increasing complexity. The so called "computational fabrication" pipeline comprises all the steps necessary to turn a design idea into a physical object, and this book describes the most recent advancements in the two fundamental phases along this pipeline: design and process planning. We examine recent systems in the computer graphics community that allow us to take a design idea from conception to a digital model, and classify algorithms that are necessary to turn such a digital model into an appropriate sequence of machining instructions.

The wide diffusion of 3D printing technologies continuously calls for effective solutions for designing and fabricating objects of increasing complexity. The so called "computational fabrication" pipeline comprises all the steps necessary to turn a design idea into a physical object, and this book describes the most recent advancements in the two fundamental phases along this pipeline: design and process planning. We examine recent systems in the computer graphics community that allow us to take a design idea from conception to a digital model, and classify algorithms that are necessary to turn such a digital model into an appropriate sequence of machining instructions.

This book provides a promotional exercise to foster the application of quantum mechanics to petrology. It addresses long-standing discrepancies in high-pressure melting data and provides a full appraisal of anharmonicity, essential for computing heat capacities, Gibbs free energy, and energy landscapes. Unlike empirical models, quantum-mechanical simulations deliver first-principles accuracy for complex systems, from pure oxides to quaternary compositions, using advanced mathematical tools like Delaunay Fragmentation and Convex Hull Analysis.