Tutorials
| Course | Credit points | Dates | Duration |
| Tutorial Metal Forming | 4 | According to prior agreement several times per semester | approx. 2 weeks |
| Tutorial Control of Forming Machines | 4 | According to prior agreement about once per semester | 2 weeks + colloquium |
| Tutorial Stahl fliegt | 4 | summer semester | approx. 3 months |
The objective of the course “Tutorial Metal Forming” is to teach the basics of the Finite Element Method (FEM) and to familiarize students with the FE-Software package Abaqus 6.12.
On successful completion of this module, students should be able to:
- Explain the principles of control systems of forming machines.
- Describe and differentiate between the architectures of industrial and scientific control systems.
- Apply the industrially established programming language according to IEC 61131 as well as the scientifically established language LabView for the implementation of controllers and control procedures.
- Transfer learned programming skills to real time systems and implement an independently running control system.
- Understand and analyse an assigned task, to design a control sequence, to identify appropriate hardware, to implement the control application and to finally validate it on an appropriate machine.
- Autonomously generate solutions for the control of forming technological test stands and small machines.
The students develop and manufacture a flying object completely assembled of steel components. This work is conducted on schedule and under a fixed budget. Within this project, the students learn to use steel as lightweight material.
In our student projects we offer you a first hand experience on a topic based in current reserach. You will work in smaller groups of 4-6 students on an “Advanced Design Project” or an “Advanced Research Project”.
Within the boundaries set by the counselling research assistant, you will get the chance to work independently and apply your previously learned skills on a real problem.
ADP - Aktoren auf Dehnstoffbasis Konstruktion und Auslegung einer Charakterisierungseinheit für Dehnstoffaktoren variabler Form
ADP – Actuators based on phase change material: Design and construction of a characterization unit for variable shape phase change actuators
2019/09/03
Entwicklung eines Prüfstandes zur Ermittelung des sensorischen Verhaltens smarter Strukturen bei mehrachsigen Belastungen
Development of a test bench to determine the sensory behaviour of smart structure under multi-axial loads
2019/08/19
Entwicklung einer aktiven Werkzeugkühlung für die Kaltmassivumformung
Development of an active tool cooling system for cold forging processes
2019/08/06
Intelligente Werkzeuge für die Industrie 4.0: Konstruktion und numerische Untersuchung eines Versuchsaufbaus zur Kalibrierung von piezoelektrischen Kraftmessringen
Intelligent Tools for Industry 4.0: Design and Numerical Investigation of an Experimental Calibration Tool for Piezoelectric Force Washers
2019/08/05
Advanced Design Project (ADP)
Supervisors: Alexander Breunig , M. Sc., Christian Kubik , M. Sc.
Konstruktion eines Glaseinsatz-Werkzeuges im Streifenziehversuch zur in-situ Analyse der kontaktgebundenen Umformung
Design of a transparent toolset in strip drawing test for online analysis of technical surface in forming process
2019/07/26
Masterthesis, Bachelorthesis, Advanced Design Project (ADP)
Supervisor: Yutian Wu , M. Sc.
Konzeptionierung einer Wärmerückführung in einer Prozesskette zur Herstellung von Aluminiumrohren mit gradierten Eigenschaften
Conception of a heat recovery system in a process chain for the production of aluminium tubes with tailored properties
2019/07/26
Konstruktion eines Prüfgerätes zur Bestimmung der Seebeck Koeffizienten von Materialien
Design of a test stand for determining the Seebeck coefficient of materials
2019/07/26
Masterthesis, Bachelorthesis, Advanced Design Project (ADP)
Supervisor: Yutian Wu , M. Sc.
Konstruktion und Inbetriebnahme einer Aufheizvorrichtung für die Herstellung hochfester Aluminiumrohre mit gradierten Eigenschaften
Design and implementation of a heating device for the production of high-strength aluminium tubes with tailored properties
2019/07/26
Masterthesis, Bachelorthesis, Advanced Design Project (ADP)
Supervisor: Timon Suckow , M. Sc.
Digitalisierung in der Umformtechnik: Konstruktion eines multisensoriell ausgestatteten Werkzeuges zur Aufzeichnung von In-Prozessgrößen beim Scherschneiden
Digitization in forming technology: Design of a multisensorially featured tool for measuring In-process parameters during shear cutting
2019/07/15
Simulation und experimentelle Untersuchung des Crashverhaltens von Stegblechbauteilen
Simulation and Experimental Investigation of the Crash Performance of Stringer Sheet Parts
2019/07/08
Masterthesis, Advanced Design Project (ADP), Advanced Research Project (ARP)
Supervisor: Simon Biffar , M. Sc.
