| Course title: Design and Modelling of Technological Processes | Number of credits: 5 |
| Name and position of course coordinator: Lukács Zsolt | |
| Suggested semester: spring | |
| Weekly lecture + seminar hours: 2 | |
| Assessment: colloquium | |
| Course webpage: http://edu.uni-miskolc.hu/edu/course/view.php?id=84 | |
| Course objectives: | |
| The main objective of this subject is to introduce the basics of design and modelling in metal forming processes for PhD students arriving with different background in metal forming. Both the design and the modelling aspects of metal forming is taught according to the classification of metal forming, i.e. sheet and bulk metal forming processes. In both topics the Finite Element Modelling is emphasized. | |
| Course content and structure: | |
| 1. Technological process planning and tool design of blanking and piercing2. Design concepts in sheet metal bending with special emphasis on springback3. Technological process planning and tool design in deep-drawing processes 4. Modelling of sheet metal forming processes. Basic knowledge on sheet metal modelling using FEM packages5. Analysis of full design processes in the AutoForm system6. Technological process planning of cold and hot upsetting7. Technological process planning of cold and hot forging8. Analysis of full design processes in the DEFOR 3D system | |
| Evaluation method: | |
| Colloquium | |
| Required reading: | |
| Lin, Jianguo: Fundamentals of Materials Modelling for Metals Processing Technologies, Imperial College Press, London, 2015.Wagoner, R. H.-Chenot, J-L: Metal Forming Analysis, Cambridge University Press, Cambridge, United Kingdom, 2001. | |
| Suggested reading: | |
| AutoForm User’s Manual, AutoForm GmbH, Dortmund, 2005.Deform User’s Manual, S&T Technologies, Ohio, United States, 2008. |
Miskolci Egyetem,
3515, Miskolc-Egyetemváros, Gép- és Terméktervezési Intézet
Email: gkdh4@uni-miskolc.hu
Tel.: +36 46 565 111 / 10-21 mellék