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Application of 3D printing for Lost Foam technology
Kelbl, Michal ; Krutiš, Vladimír (referee) ; Záděra, Antonín (advisor)
This bachelor thesis is focused on application of 3D print by evaporative pattern casting process. The theoretical part includes introduction to evaporative pattern casting process including processes Lost Foam, Full Mould and Replicast®. The practical part is focused on manufacturing of casting using evaporative pattern casting technology with the use of additive technologies for manufacturing of evaporative pattern. Furthermore, are evaluated manufactured castings.
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Foundry technologies from the point of view of castings accuracy
Hýbal, Ondřej ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This bachelor’s thesis deals with various casting technologies, specifically about investment casting technology, evaporative-pattern casting and die casting. These technologies compares not only on achieving the smallest dimensional tolerances of the final casts, but also of other factors such as surface roughness, wall thickness and production economics. This thesis also describes casting accuracy in general and informs about the management strategy of Six Sigma.
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Application of 3D printing for Lost Foam technology
Kelbl, Michal ; Krutiš, Vladimír (referee) ; Záděra, Antonín (advisor)
This bachelor thesis is focused on application of 3D print by evaporative pattern casting process. The theoretical part includes introduction to evaporative pattern casting process including processes Lost Foam, Full Mould and Replicast®. The practical part is focused on manufacturing of casting using evaporative pattern casting technology with the use of additive technologies for manufacturing of evaporative pattern. Furthermore, are evaluated manufactured castings.
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|
|
Foundry technologies from the point of view of castings accuracy
Hýbal, Ondřej ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This bachelor’s thesis deals with various casting technologies, specifically about investment casting technology, evaporative-pattern casting and die casting. These technologies compares not only on achieving the smallest dimensional tolerances of the final casts, but also of other factors such as surface roughness, wall thickness and production economics. This thesis also describes casting accuracy in general and informs about the management strategy of Six Sigma.
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