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Design of 3D model Jawa 50 engine cylinder and its possible realization in production
Dusbaba, Michal ; Jaroš, Aleš (referee) ; Sedlák, Josef (advisor)
This thesis deals with the 3D model design of the Jawa engine cylinder 50 produced by means of modern technologies with the use of CAD software. History of selected Jawa 50 motocycles was summarized in this thesis. In addition characteristics and analysis of used materials (additive and cast) were given to describe the Jawa 50 engine cylinder production. The parametric programme named SolidWorks was used for the Jawa engine cylinder 50 design. The principle of Rapid Prototyping additive technology was described and analysed as a part of this thesis as well as the detailed demonstration of one of these methods called Fused Deposition Modeling on a pilot model of the Jawa engine cylider. The thesis also elaborates on a pilot production of the real engine cylinder casting using technology of casting - namely the technology of precise casting with the use of meltable models. The thesis is concluded with discussing disputable steps undertaken in particular production phases.
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Design of technology for a mould manufacturing for casting in short run production
Pivoda, Miroslav ; Dvořáček, Jan (referee) ; Sedlák, Josef (advisor)
The aim of thesis is to describe the basic methods called Rapid Prototyping in theory and using one of them to create master model. Master model will be used to create silicone mould where a limited series of wax models will be by means of vacuum casting chamber. They will also be used to make ceramic form in which the final pad will be cast from freely accessible materials. After processing it the suitability of the proposed technologies for the production of the part in question will be assessed.
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Agile Model Editor
Zavadil, Michal ; Pavela, Jiří (referee) ; Rogalewicz, Adam (advisor)
Cílem této práce je zjednodušit tvorbu a modifikaci komplexních modelů systémů a také vytvořit spolehlivý a výkonný nástroj, který je schopen splnit tento účel. Vnitřní datový model editoru je navržen s důrazem na efektivitu a vyhnutím se redundanci. Výsledný editor, který je vytvořen pro podporu modelování v OPM (Object-Process Methodology), je implementován s pomocí webových technologií, především s knihovnou pro tvorbu diagramů na webu, Cytoscape.js. Editor je schopný automaticky propagovat vazby do dalších diagramů a také odvozovat nové vazby od existujících, což šetří čas a ulehčuje proces modelování.
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Agile Model Editor
Zavadil, Michal ; Pavela, Jiří (referee) ; Rogalewicz, Adam (advisor)
Cílem této práce je zjednodušit tvorbu a modifikaci komplexních modelů systémů a také vytvořit spolehlivý a výkonný nástroj, který je schopen splnit tento účel. Vnitřní datový model editoru je navržen s důrazem na efektivitu a vyhnutím se redundanci. Výsledný editor, který je vytvořen pro podporu modelování v OPM (Object-Process Methodology), je implementován s pomocí webových technologií, především s knihovnou pro tvorbu diagramů na webu, Cytoscape.js. Editor je schopný automaticky propagovat vazby do dalších diagramů a také odvozovat nové vazby od existujících, což šetří čas a ulehčuje proces modelování.
|
|
|
Design of technology for a mould manufacturing for casting in short run production
Pivoda, Miroslav ; Dvořáček, Jan (referee) ; Sedlák, Josef (advisor)
The aim of thesis is to describe the basic methods called Rapid Prototyping in theory and using one of them to create master model. Master model will be used to create silicone mould where a limited series of wax models will be by means of vacuum casting chamber. They will also be used to make ceramic form in which the final pad will be cast from freely accessible materials. After processing it the suitability of the proposed technologies for the production of the part in question will be assessed.
|
|
|
Design of 3D model Jawa 50 engine cylinder and its possible realization in production
Dusbaba, Michal ; Jaroš, Aleš (referee) ; Sedlák, Josef (advisor)
This thesis deals with the 3D model design of the Jawa engine cylinder 50 produced by means of modern technologies with the use of CAD software. History of selected Jawa 50 motocycles was summarized in this thesis. In addition characteristics and analysis of used materials (additive and cast) were given to describe the Jawa 50 engine cylinder production. The parametric programme named SolidWorks was used for the Jawa engine cylinder 50 design. The principle of Rapid Prototyping additive technology was described and analysed as a part of this thesis as well as the detailed demonstration of one of these methods called Fused Deposition Modeling on a pilot model of the Jawa engine cylider. The thesis also elaborates on a pilot production of the real engine cylinder casting using technology of casting - namely the technology of precise casting with the use of meltable models. The thesis is concluded with discussing disputable steps undertaken in particular production phases.
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