Tullio Laudadio
Methodology of support modeling for additive process simulation.
Rel. Christian Maria Firrone. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Meccanica, 2020
Abstract
The main study field, where pages of my thesis work are set in, is additive manufacturing (AM). With this term engineers identify a range of technologies that allow to easily and quickly realize parts and prototypes, through a layer-by-layer approach, progressively adding material. These powerful, but very complex, tools, briefly described in following chapters, have already been applied in the aerospace, automotive and medical fields; despite popular knowledge, industrial technologies are clearly beyond the colloquially known as “3D printers” machines in term of quality level of quality and performances of built objects. As I discovered during my technical studies, it is common opinion that the direct manufacturing, from a virtual shape to physical part, is not as accurate, simple, but especially as repeatable as it could appear.
Despite more than forty years of researches, the nature itself of additive processes does not lend to a reliable build, after simply pushing a “print” button
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