Kurzus nemzetközi vendég- és részidős hallgatóknak

Kar

Informatikai Kar

Szervezet

IK-SEK Savaria Műszaki Intézet

Kód

SBANGP6321EN

Cím

Manufacturing Technologies III.

Tervezett félév

Tavaszi

Meghirdetve

2024/25/2

ECTS

4

Nyelv

en

Oktatás célja

Introduction of the advanced machining processes and equipment (Water-jet and Abrasive-jet machining, Laser-beam machining, Electrical-discharge Machining, Chemical and Electrochemical machining). Give an overview about the plastic and composite forming and shaping; powder metal processes and ceramics shaping. Deal with special attention to rapid-prototyping processes and operations. Fabrication of microelectronic devices, soldering and pick and place solutions. Finally, review the surface treatments, coating, cleaning and adhesive-bonding technologies. Summary of the technologies via gear production. Students who meet the requirements of the course have sufficient knowledge of state-of-the-art manufacturing technologies, plastic processing, electronic component manufacturing, and surface related technologies.

Tantárgy tartalma

Schedule of theory Week 1: Water cutting technology, movement and development of machines Week 2: Laser cutting technology, machine movement, development of machines Week 3: Electrical discharge machining, chemical machining Week 4: Plastics processing (simpler shapes, composites) Week 5: Extrusion, injection molding process, machines, tools Week 6: Metal powder and ceramic processing Week 7: History of rapid prototype production, typical solutions I. Week 8: Rapid prototyping typical solutions II, impact on other technologies Week 9: Manufacture of electronic components Week 10: Manufacture of electronic components Week 11: Coating Technologies (parts washing, surface rolling, coating, painting) Week 12: Consultation Week 13: Bonding technology (crosslinking mechanisms, typical use) Schedule of practice Week 1: Use of water cutting machine software - programming, machine setup, system design, cutting pattern, measurement. Week 2: Use of water cutter machine software - programming, machine setup, system architecture Week 3: Additional tasks with a water cutter Week 4: Plastic deep drawing, plate bending Week 5: Vacuum forming, injection molding tool assembly Week 6: Pressing and sintering of metal powders Week 7: Objet machine operation; measurement of standard geometric elements, CAD design issues Week 8: Objet - use of  software - loading files - setting options, piece cleaning Week 9: Soldering, cable end design, cable test Week 10: Soldering, cable end design, electrical installation Week 11: Shot blasting, painting Week 12: Metal gluing, screw fastening Week 13: Gear manufacturing - C-axis machine - 4-axis milling machine, cavity with press machine,  plastically-shaped gears

Számonkérés és értékelés

Tests max. 20-20 points, with 2 homework max. 30-30 points can be obtained. The grades are determined with the following scale: 87 – 100 %     excellent (5) 75 – 86 %       good (4) 63 – 74 %       satisfactory (3) 50 – 62 %       pass (2) 0 – 49 %         fail (1)

Irodalomjegyzék

Kalpakjian, S. – Schmid, S.: Manufacturing Engineering and Technology, Pearson, Singapore, 2014.

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