Computer-integrated Manufacturing (курсова робота)

Major: Metrology and Information-measuring Technology
Code of subject: 6.152.05.E.130
Credits: 2.00
Department: Department of Intelligent Mechatronics and Robotics
Lecturer: Deyneka R.M.
Semester: 6 семестр
Mode of study: денна
Learning outcomes: In consequence of learning student must: know - laws build processing industry equipment; - methods of analysis and calculation accuracy of processing errors that occur during manufacturing equipment; - ways and means of production processes, and the processes in which qualitative change is processed object; - bases of technological processes NC; - basic principles and methods of numerical control. be able - to develop the main part of technological processes of manufacture of the devices; - to carry out basic technological calculations of production norms, modes of processing, technological devices, time standards, etc.; - to draw up technical documentation; - use interpolation methods, trajectory planning and coordinate transformation for CNC; - processing algorithms to build parts on CNC machines.
Required prior and related subjects: - prerequisite: 3-D modeling of parts and assemblies; - corequisite: microsystem energy conversion, bachelor of performance.
Summary of the subject: Concepts and definitions technologies. The production and manufacturing process. The structure of the process. Types of production. Fundamentals of processes. Choice of technological bases and route processing. Forms and methods of manufacturing processes. Common elements typical processing. Group processes. The quality of the surface. Factors affecting the surface roughness. Strengthening of the surface layer. The accuracy of processing. The main components of error handling. The statistical method of estimation accuracy. The theory-based. Errors base. Allowance for processing. Calculation of allowances. Methods of obtaining blanks. The standardization process. The calculation of basic and artificial time. Machine-tool accessories. Pneumatic and hydraulic elements. Cold pressing his views. Cutting sheet and calculation power. Calculation of the workpiece. Basis of calculation and the cliches. Machines and production processes with numerical control: design features, tools, and tool head, a flexible production system. Numerical control: structure of the system, interpolation, compensation of errors, trajectory planning, basic coordinate transformation, means of communication. Programming of CNC systems: organization programming, dimensioning, structure of programs, the adjustment of the size of the tools, routines and workflows.
Assessment methods and criteria: - Final control - test (performance of course project - 80%, oral examination - 20%),
Recommended books: 1. Гаврилов А.Н. Основы технологии приборостроения. - М., Высшая школа, 1976, 328 с., ил. 2. Руденко П.О. Проектування технологічних процесів з машинобудування, Київ, Вища школа, 1993, 413 с. 3. Медвідь М.В., Шабайкович В.А. Теоретичні основи технології машинобудування, Львів, Вища школа, 1976, 300 с. 4. Маталин А.А. Технология машиностроения. Учебник для вузов. Л. Машиностроение. Ленинградское отделение. 1985 - 495 с. 5. Петрухин П. Резание конструкционных материалов, режущие инструменты и станки , М, Машиностроение, 1974. 6. Справочник технолога приборостроителя: 2-х томах. 2-ое изд., прораб. и доп. Т1 - под ред. П.В.Сыроватченко, 607 стр., ил. Т2 - под ред. Е.А. Скороходова, 463 стр., ил. - М., Машиностроение, - 1981 г. 7. Красников В.Ф. Технология миниатюрных изделий. – М., Машиностроение, 1980 г. 8. Ачкасов И.А., Терган В.С. Технология точного приборостроения, 1964 г. 9. Фельдштейн Е.Э., Корниевич М.А. Обработка деталей на станках с ЧПУ: Уч. пособие для вузов. – Новое знание. – 2005 г. 10. Балла О.М. Обработка деталей на станках с ЧПУ. Оборудование. Оснастка. Технология.: Уч. пособие. – Лань. – 2015 г. 11. D. Schmid, A. Baumann, H. Kaufmann. Mechatronika. REA, Warszawa. – 2002 r. – 384 s.

Computer-integrated Manufacturing

Major: Metrology and Information-measuring Technology
Code of subject: 6.152.05.E.126
Credits: 6.00
Department: Department of Intelligent Mechatronics and Robotics
Lecturer: Deyneka R.M.
Semester: 6 семестр
Mode of study: денна
Learning outcomes: In consequence of learning student must: know - laws build processing industry equipment; - methods of analysis and calculation accuracy of processing errors that occur during manufacturing equipment; - ways and means of production processes, and the processes in which qualitative change is processed object; - bases of technological processes NC; - basic principles and methods of numerical control. be able - to develop the main part of technological processes of manufacture of the devices; - to carry out basic technological calculations of production norms, modes of processing, technological devices, time standards, etc.; - to draw up technical documentation; - use interpolation methods, trajectory planning and coordinate transformation for CNC; - processing algorithms to build parts on CNC machines.
Required prior and related subjects: - prerequisite: 3-D modeling of parts and assemblies; - corequisite: microsystem energy conversion, bachelor of performance.
Summary of the subject: Concepts and definitions technologies. The production and manufacturing process. The structure of the process. Types of production. Fundamentals of processes. Choice of technological bases and route processing. Forms and methods of manufacturing processes. Common elements typical processing. Group processes. The quality of the surface. Factors affecting the surface roughness. Strengthening of the surface layer. The accuracy of processing. The main components of error handling. The statistical method of estimation accuracy. The theory-based. Errors base. Allowance for processing. Calculation of allowances. Methods of obtaining blanks. The standardization process. The calculation of basic and artificial time. Machine-tool accessories. Pneumatic and hydraulic elements. Cold pressing his views. Cutting sheet and calculation power. Calculation of the workpiece. Basis of calculation and the cliches. Machines and production processes with numerical control: design features, tools, and tool head, a flexible production system. Numerical control: structure of the system, interpolation, compensation of errors, trajectory planning, basic coordinate transformation, means of communication. Programming of CNC systems: organization programming, dimensioning, structure of programs, the adjustment of the size of the tools, routines and workflows.
Assessment methods and criteria: - Streaming control during the implementation of practical and laboratory works - 30%; - final control - exam (performance control work - 60%, oral examination - 10%),
Recommended books: 1. Гаврилов А.Н. Основы технологии приборостроения. - М., Высшая школа, 1976, 328 с., ил. 2. Руденко П.О. Проектування технологічних процесів з машинобудування, Київ, Вища школа, 1993, 413 с. 3. Медвідь М.В., Шабайкович В.А. Теоретичні основи технології машинобудування, Львів, Вища школа, 1976, 300 с. 4. Маталин А.А. Технология машиностроения. Учебник для вузов. Л. Машиностроение. Ленинградское отделение. 1985 - 495 с. 5. Петрухин П. Резание конструкционных материалов, режущие инструменты и станки , М, Машиностроение, 1974. 6. Справочник технолога приборостроителя: 2-х томах. 2-ое изд., прораб. и доп. Т1 - под ред. П.В.Сыроватченко, 607 стр., ил. Т2 - под ред. Е.А. Скороходова, 463 стр., ил. - М., Машиностроение, - 1981 г. 7. Красников В.Ф. Технология миниатюрных изделий. – М., Машиностроение, 1980 г. 8. Ачкасов И.А., Терган В.С. Технология точного приборостроения, 1964 г. 9. Фельдштейн Е.Э., Корниевич М.А. Обработка деталей на станках с ЧПУ: Уч. пособие для вузов. – Новое знание. – 2005 г. 10. Балла О.М. Обработка деталей на станках с ЧПУ. Оборудование. Оснастка. Технология.: Уч. пособие. – Лань. – 2015 г. 11. D. Schmid, A. Baumann, H. Kaufmann. Mechatronika. REA, Warszawa. – 2002 r. – 384 s.