Forming Technology 1 (Lecture)
Aim of the event:
The students have received an introduction to forming technology as well as knowledge of the theoretical principles. This enables them to answer fundamental questions based on an understanding of tribological and material-technical relationships in forming technology using material models. Furthermore, students are familiar with the most important forming processes, the underlying characteristics and typical applications. Accordingly, they will be able to select suitable forming processes for specific forming problems and evaluate them on the basis of their properties, e.g. economic efficiency, accuracy, environmental compatibility. Special skills are acquired in the field of plasticity theory, deep drawing, rolling, bending and the determination of characteristic values (tensile test, cupping test).
Module number:
Lecturer:
Prof. Dr. Werner Homberg
Type of course:
Lecture
Organisation unit:
Mechanical Engineering
Display in the timetable:
UT1
Language of instruction:
English
Min. | Max. Number of participants: - | -
Prerequisites / recommendations:
Fundamentals of production engineering
Target group:
Bachelor students
Contents:
- Introduction to forming technology
- Metallurgy
- Plasticity theory; material models and laws
- Process modelling and FEM
- Tribology
- Working accuracy
- Pressing
- Solid forming - Flow forming
- Solid forming - Piece goods
- Cutting
- Process overview: Sheet metal forming - Deep drawing
- Process overview: Sheet metal forming - Sheet metal bending and incremental forming
- Process overview: Profile forming
Literature:
Annotated list in the lecture notes
Supplementary courses:
Forming technology 2
Innovative processes in production engineering
