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Basics of the Scientific Research
Major: Applied Mechanics
Code of Subject: 6.131.05.E.193
Credits: 4.5
Department: Welding Manufacture, Diagnostics and Restoration of Metal Structures
Lecturer: Biloborodchenko V.I.
Semester: 7 семестр
Mode of Study: денна
Learning outcomes:
As a result of studying the module the student should:
- know the basic scientific and applied problems of welding and related technologies
- be able to apply the acquired knowledge for solving scientific and applied problems in the field of welding and related technologies.
- know the basic scientific and applied problems of welding and related technologies
- be able to apply the acquired knowledge for solving scientific and applied problems in the field of welding and related technologies.
Required prior and related subjects:
- previous: Theory of welding processes; fusion welding; pressure welding.
Summary of the subject:
Setting individual tasks; analysis of the current state of the problem based on the information and patent researches; development of scientific and methodological foundations for conducting research; create a research stand and information-measuring system for experiments; execution of works on metrological support of research.
Recommended Books:
A. A. Spiridonov, Planning of experiment in research of technological processes in welding manufacture. - M.: Mashinostroenie", 1981. - 184.
Teubert, P. Assessment of the accuracy of measurement results. - M.: Energoatomizdat, 1988. - 88 p
Teubert, P. Assessment of the accuracy of measurement results. - M.: Energoatomizdat, 1988. - 88 p
Assessment methods and criteria:
- Current control (50%, reports of stages of work, oral questioning )
- Final control (50%,.protection scientific-technical report on the results of the research, the differentiated test )
- Final control (50%,.protection scientific-technical report on the results of the research, the differentiated test )
Basics of the Scientific Research
Major: Applied Mechanics
Code of Subject: 6.131.06.E.221
Credits: 4.5
Department: Welding Manufacture, Diagnostics and Restoration of Metal Structures
Lecturer: Biloborodchenko V.I.
Semester: 7 семестр
Mode of Study: денна
Learning outcomes:
As a result of studying the module the student should:
- know the basic scientific and applied problems of welding and related technologies
- be able to apply the acquired knowledge for solving scientific and applied problems in the field of welding and related technologies.
- know the basic scientific and applied problems of welding and related technologies
- be able to apply the acquired knowledge for solving scientific and applied problems in the field of welding and related technologies.
Required prior and related subjects:
- previous: Theory of welding processes; fusion welding; pressure welding.
Summary of the subject:
Setting individual tasks; analysis of the current state of the problem based on the information and patent researches; development of scientific and methodological foundations for conducting research; create a research stand and information-measuring system for experiments; execution of works on metrological support of research.
Recommended Books:
A. A. Spiridonov, Planning of experiment in research of technological processes in welding manufacture. - M.: Mashinostroenie", 1981. - 184.
Teubert, P. Assessment of the accuracy of measurement results. - M.: Energoatomizdat, 1988. - 88 p
Teubert, P. Assessment of the accuracy of measurement results. - M.: Energoatomizdat, 1988. - 88 p
Assessment methods and criteria:
- Current control (50%, reports of stages of work, oral questioning )
- Final control (50%,.protection scientific-technical report on the results of the research, the differentiated test )
- Final control (50%,.protection scientific-technical report on the results of the research, the differentiated test )