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Analysis of Plastic Materials Produced by Additive 3D Printing Technology
Spišák, Lukáš ; Joska, Zdeněk (oponent) ; Sedlák, Josef (vedoucí práce)
The diploma thesis deals with the influence of colouring additives and setting of the process parameters of 3D printing on the mechanical and surface properties of samples made of PLA material. The work describes the process of filament production, as well as the printing of normalized samples on a 3D printer using the additive method Fused Deposition Modeling. The impact of 3 types of colouring additives is evaluated on the basis of tensile test, hardness test and surface analysis. The evaluated quantities are primarily tensile strength, hardness, surface texture, roughness and corrugation. The work also evaluates the influence of the percentage of sample filling, the direction of the fibres of the inner filling and the orientation of the samples in the printing chamber of the 3D printer on the mechanical properties. The results are evaluated on the basis of the tensile test and the evaluated quantities are mainly the tensile strength, the ultimate stress and the modulus of elasticity in traction. The work is completed by evaluating the results and overall recommendations for filament manufacturers and users.
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Zvýšení energetické účinnosti průmyslové teplárny
Spišák, Lukáš ; Lisý, Martin (oponent) ; Kracík, Petr (vedoucí práce)
Táto bakalárska práca pozostáva z dvoch častí. Úvodné kapitoly sú venované základnému popisu kogeneračných a trigeneračných technológií, so zameraním na popis kogeneračných jednotiek a chladiacich zariadení. Druhá časť práce porovnáva dva konkrétne spôsoby použitia kogeneračných jednotiek a plynových kotlov v hale energetickej spoločnosti CHEMOSVIT ENERGOCHEM a.s. v meste Svit. Následne sú obe varianty energeticky a ekonomicky zhodnotené.
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Analysis of Plastic Materials Produced by Additive 3D Printing Technology
Spišák, Lukáš ; Joska, Zdeněk (oponent) ; Sedlák, Josef (vedoucí práce)
The diploma thesis deals with the influence of colouring additives and setting of the process parameters of 3D printing on the mechanical and surface properties of samples made of PLA material. The work describes the process of filament production, as well as the printing of normalized samples on a 3D printer using the additive method Fused Deposition Modeling. The impact of 3 types of colouring additives is evaluated on the basis of tensile test, hardness test and surface analysis. The evaluated quantities are primarily tensile strength, hardness, surface texture, roughness and corrugation. The work also evaluates the influence of the percentage of sample filling, the direction of the fibres of the inner filling and the orientation of the samples in the printing chamber of the 3D printer on the mechanical properties. The results are evaluated on the basis of the tensile test and the evaluated quantities are mainly the tensile strength, the ultimate stress and the modulus of elasticity in traction. The work is completed by evaluating the results and overall recommendations for filament manufacturers and users.
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Zvýšení energetické účinnosti průmyslové teplárny
Spišák, Lukáš ; Lisý, Martin (oponent) ; Kracík, Petr (vedoucí práce)
Táto bakalárska práca pozostáva z dvoch častí. Úvodné kapitoly sú venované základnému popisu kogeneračných a trigeneračných technológií, so zameraním na popis kogeneračných jednotiek a chladiacich zariadení. Druhá časť práce porovnáva dva konkrétne spôsoby použitia kogeneračných jednotiek a plynových kotlov v hale energetickej spoločnosti CHEMOSVIT ENERGOCHEM a.s. v meste Svit. Následne sú obe varianty energeticky a ekonomicky zhodnotené.
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