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Present state of investment casting technology
Soukupová, Lucie ; Šmíd, Dušan (referee) ; Horáček, Milan (advisor)
The Bachelor’s thesis deals with the latest trends in investment casting technology, from wax pattern manufacture, ceramic shell manufacture, de-waxing, shell heat treatment up to metal pouring and finishing operation. In the first part, the outline of the world production and the usage of investment castings nowadays are introduced. The other parts of the project include the basic technique of using new technologies. The aim of this work is developing a literature search focused on the most modern equipment and raw materials that are used in investment casting technology and testing of wax mixtures and ceramic slurries.
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Present state of investment casting technology
Ostrézí, Barbora ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This bachelor thesis is focusing on production of lost wax pattern and monitoring of the latest trends in this area. Thesis describes procedures of production from mother die, types of used waxes, production of ceramic shell, de-waxing and shell firing, production and using ceramic cores, removal of ceramic shell and finishing operations. The goal of this thesis is to formulate literature search dedicated to overview of presently used technologies and also the latest raw materials used in this technology.
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Actual trends in manufacture of ceramic shell moulds
Štipl, Pavel ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This thesis deals with the current trends in the production of ceramic shell moulds. The first part describes the history of investment casting, their use and an overview of world production. In the following parts is out of print the production process of ceramic shell mould using contemporary materials and technologies. The final section describes the defects associated with the production of ceramic shell moulds. The aim of this work is to create a literature search focused on raw materials and processes used to create a ceramic shell mould for investment casting technology.
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Present state of investment casting technology
Ostrézí, Barbora ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This bachelor thesis is focusing on production of lost wax pattern and monitoring of the latest trends in this area. Thesis describes procedures of production from mother die, types of used waxes, production of ceramic shell, de-waxing and shell firing, production and using ceramic cores, removal of ceramic shell and finishing operations. The goal of this thesis is to formulate literature search dedicated to overview of presently used technologies and also the latest raw materials used in this technology.
|
|
|
Actual trends in manufacture of ceramic shell moulds
Štipl, Pavel ; Vašťák, Patrik (referee) ; Horáček, Milan (advisor)
This thesis deals with the current trends in the production of ceramic shell moulds. The first part describes the history of investment casting, their use and an overview of world production. In the following parts is out of print the production process of ceramic shell mould using contemporary materials and technologies. The final section describes the defects associated with the production of ceramic shell moulds. The aim of this work is to create a literature search focused on raw materials and processes used to create a ceramic shell mould for investment casting technology.
|
|
|
Present state of investment casting technology
Soukupová, Lucie ; Šmíd, Dušan (referee) ; Horáček, Milan (advisor)
The Bachelor’s thesis deals with the latest trends in investment casting technology, from wax pattern manufacture, ceramic shell manufacture, de-waxing, shell heat treatment up to metal pouring and finishing operation. In the first part, the outline of the world production and the usage of investment castings nowadays are introduced. The other parts of the project include the basic technique of using new technologies. The aim of this work is developing a literature search focused on the most modern equipment and raw materials that are used in investment casting technology and testing of wax mixtures and ceramic slurries.
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