Topic outline
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22. 9. Introduction to the subject, requirements, tasks, general work safety rules valid in the TUL LABs
29. 9. lecture: Introduction to additive technologies, comparison with other production technologies. History and development of additive technologies and methods of rapid prototyping. General principle of printing 3D objects, requirements for input data and their quality.
6. 10. exercise: Work with STL data, data correction, conversion of scanned STL data into the printable form
13. 10. lecture: Possibilities of additive technology in terms of design, materials and quality. Printing preparation, the influence of various settings of printing parameters on the resulting properties of models. Post-processing - final works on printed parts.
20. 10. lecture: Classification of additive technologies, possibilities and differences of individual methods, suitability for use. An overview of the most important methods of additive technologies based on 3D printing from photopolymers.
27. 10. lecture: An overview of the most important methods of additive technologies based on 3D printing from powders.
3. 11. lecture: An overview of the most important methods of additive technologies based on 3D printing from solid state material.
10. 11. exercise: Printing preparation, the influence of various settings of printing parameters on the resulting properties of models. Processing of CAD data for production using additive technologies. Example of calculating the price of a printed part. Operation of FDM Dimension machine for 3D printing – preparation of the machine for printing, setup with the start of own production.
17. 11. national holiday
24. 11. exercise: Introduction of selected technologies in practice – PolyJet technology (seminar tutor: Ing. Jiří Šafka, Ph.D.)
1. 12. exercise: Introduction of selected technologies in practice – HP-MJF technology (seminar tutor: Ing. Jiří Šafka, Ph.D.)
8. 12. exercise: Introduction of selected technologies in practice – SLS technology, topological optimalisation (seminar tutor: Ing. Jiří Šafka, Ph.D.)
15. 12. lecture: Complementary prototype technology for vacuum casting into silicone moulds. The future of additive technologies, hybrid technologies. Conclusion, examination requirements.
22. 12. exercise: Semester work - student's presentations
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Introduction of additive technologies - manufacturing principle, input data format, overview of basic principles of 3D printing.
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9.3 MB application/octet-stream
The exercise focuses on working with a mesh (STL data) that has a number of errors. The mesh was created by optical 3D digitization of a hand-made sculpture. The goal is to modify the data so that it can be used for 3D printing.
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Opened: Friday, 13 October 2023, 12:00 AMDue: Friday, 3 November 2023, 9:10 AM
Prepare a CAD model in STL format of approx. 50x50x30 mm of a part suitable for additive manufacturing and submit it to the teacher for inspection and possible further discussion on Friday 2023/11/03. It is possible to prepare also an assembly of several parts into one functional unit as a work of more students. You can upload the file(s) here but it is not necessary.
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Introduction of selected 3D printing technologies from liquid photopolymers.
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Introduction of selected 3D printing technologies based on powder materials.
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Introduction of selected 3D printing technologies based on solid materials.
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Lecturer / seminar tutor: Ing. Jiří Šafka, Ph.D.
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There are a total of 5 questions.
The test time is limited to 5 minutes.
Work without materials (if you look for the correct answers in the documents, you will not be able to complete the test within the specified time).
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