Production Engineering for WING (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, such as economic efficiency, accuracy and environmental compatibility. Special skills are acquired in the field of plasticity theory, deep drawing and the determination of characteristic values (tensile test, cupping test).
Module number:
Target group:
Students of mechanical engineering, industrial engineering and teaching degree programmes.
Contents:
The lecture Production Engineering for WING deals with the fundamentals of forming technology and provides an overview of the most important forming technologies. Firstly, material fundamentals, plasticity theory and modelling as well as tribology are dealt with as cross-sectional topics. Building on this, forming technologies in the field of solid, sheet metal and profile forming are presented. The thematic focus is on the following content in particular:
- Introduction to forming technology
- Metallurgy
- Plasticity theory; material models and laws
- Process modelling and FEM
- Tribology
- Working accuracy
- Pressing
- Solid forming - flow and piece goods
- Cutting
- Sheet metal forming processes
- Profile forming processes
Contact:
Prof. Dr.-Ing. Werner Homberg (IW 1 801), Tel. 60-5344/5343, wh@luf.upb.de
M.Sc. Ermir Cakici (IW1-857), Tel. 60-5345, ec@luf.upb.de
Literature:
Relevant literature will be referred to in the lecture.
Supplementary courses:
Forming technology 2
