Reverse Engineering and Manufacture of Moulds using additive and subtractive 3D Technologies for the Replication of Great Alexander’s silver Tetradrachm
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Ημερομηνία
2020-06-17
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Παραπομπή
Athanasiadis Apostolos, Reverse Engineering and Manufacture of Moulds using additive and subtractive 3D Technologies for the Replication of Great Alexander’s silver Tetradrachm, International Hellenic University, 2020
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Περίληψη
Περίληψη
This dissertation was written as part of the MSc in Strategic Product Design at the
International Hellenic University. This thesis covers the aspects of Reverse
Engineering and Additive Manufacturing regarding the construction of a mould for
Great Alexander’s silver Tetradrachm, a coin minted during his reign between 336~323
BC. The coin is located at the Mould Museum of Aristotle University and there the
scanning process for obtaining the coin’s 3d data took place with the permission of the
museum supervisor. The project will be divided in two segments the theoretical part
which will describe the theoretical background of all the manufacturing principles
regarding the project’s structure. Subsequently, the experimental part will follow which
will incorporate the forementioned processes and by use of cooperative softwaredevices depicts the procedure of replicating the coin and creating moulds out of it. The
final purpose of the project is to depict the surface differences between the
manufacturing processes.
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Λέξεις-κλειδιά
Additive manufacturing, Reverse engineering, 3D printing, Moulds