Sophie Badin
Impact of stereolithography process parameters on microstructure and properties of alumina manufactured parts.
Rel. Sara Biamino, Diego Giovanni Manfredi. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Dei Materiali, 2020
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Abstract
Stereolithography is an additive manufacturing process first developed to produce polymer parts and more recently for ceramic parts. This method involves the polymerization, layer by layer, of a ceramic photo-sensitive suspension using laser energy. This results in a green part, with ceramic grains trapped into a polymer matrix, which must be submitted to drying, debinding and sintering. This process being relatively new for ceramics, it is not fully mastered and a lot of phenomena are not understood yet. Many factors, related to the photosensitive system or related to printing parameters and post-processing parameters, influence the quality of the final part (density, mechanical and physical properties, etc.).
Research has been carried out on some of these parameters and this bibliographic report aims to give an overview of what has been already done, focusing on alumina parts
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