Tutorials
Course | Credit points | Dates | Duration |
Tutorial FEM-Simulation in Forming Technology | 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 |
Objective of the course „FEM-Simulation in Forming Technology“ is transferring the basic knowledge about the finite element method as well as the familiarization with the FE software package Abaqus.
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.
Advanced Design/Research Projects (ADP/ARP)
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 – Entwicklung einer sensorintegrierten Schweißplattform
ADP – Development of a sensor-integrated welding platform
2021/03/04
Automatisierter Tryout und Inbetriebnahme robotergefertigter Umformwerkzeuge
Automated tryout and installation of robot-manufactured forming tools
2021/03/04
Bachelorthesis, Advanced Research Project (ARP)
Supervisors: Philipp Schumann, M. Sc., Philipp Gehringer , M. Sc.
Numerische Simulation einer Werkzeugstrukturierung durch maschinelles Oberflächenhämmern
Numerical simulation of tool surface structuring by machine hammer peening
2021/03/02
Masterthesis, Bachelorthesis, Advanced Research Project (ARP), Study-Thesis (Diploma)
Supervisor: Philipp Schumann, M. Sc.
Data Augmentation für zeitreihenbasierte Machine Learning Anwendungen in der Produktionstechnik
Data Augmentation for Time Series based Machine Learning Applications in Production Engineering
2021/02/23
Masterthesis, Bachelorthesis, Advanced Research Project (ARP)
Supervisors: Dirk Molitor, M.Sc., Marco Becker , M. Sc.
Entwicklung einer Sensorplatine für strukturintegrierte kamerabasierte Kraft-/Drehmomentsensoren
Development of a sensor board for structure integrated camera based force/torque sensors
2021/02/16
Masterthesis, Bachelorthesis, Advanced Design Project (ADP)
Supervisor: Nassr Al-Baradoni, M.Sc.
ARP: Potenziale von Low-Budget-Sensorik in der Prozessüberwachung
ARP: Potentials of low-budget sensor technology in process monitoring
2021/02/09
ADP - Entwicklung eines wassergeregelten Dehnstoffaktors
ADP – Design of a Water-Controlled Phase Change Actuators
2021/02/09
ADP: Konstruktion eines multisensoriellen und modularen Folgeverbundwerkzeuges
ADP: Design of a multisensory and modular progressive tool
2021/02/01
Entwicklung und Untersuchung verschiedener Messkonzepte zur Erfassung von Fehlern bei rollprofilierten Bauteilen
Development and investigation of different measurement concepts for the detection of defects in roll-formed components
2021/01/26
Bachelorthesis, Advanced Design Project (ADP)
Supervisors: Johannes Kilz, M. Sc., Burcu Güngör , M. Sc.
Konzeptentwicklung eines Werkzeugs zum gleichzeitigen Tiefziehen von Deckel und Behälter
Concept development of a tool for simultaneous deep drawing of cover and mold
2021/01/25
Intelligente Maschinenelemente – Untersuchung eines neuartigen Torsionsaktors
Intelligent Machine Elements – Investigation of a novel torsional actuator
2021/01/18
Masterthesis, Advanced Research Project (ARP), Studium Generale
Supervisor: Simon Biffar, M. Sc.
Entwicklung eines Umformwerkzeuges für Verschleiß-untersuchungen moderner Blechumformprozesse
Development of a forming tool for wear testing of modern sheet metal forming processes
2021/01/18
ADP: Entwicklung eines Systems zur automatischen Identifikation und Datenerfassung von Messmitteln
ADP: Development of a system for automatic identification and data acquisition of measuring equipment
2021/01/12
Advanced Design Project (ADP), Study-Thesis (Diploma)
Supervisors: Richard Werner, M. Sc., Franziska Aign , M.Sc.
ADP: Entwicklung eines umweltgerechten Aktivierungskonzepts auf Wasserbasis für Dehnstoffaktoren
ADP: Design of an Environmentally Friendly Water-based Activation Concept for Phase Change Actuators
2021/01/12
Bildererkennung mit Machine Learning zur Bewertung der Bauteilqualität in Produktionsprozessen
Image recognition with machine learning approaches for evaluating the quality of components in manufacturing processes
2021/01/12
Entwicklung eines Transfersystems für den Transport erwärmter Platinen in ein Tiefziehwerkzeug
Development of a transfer system for the transport of heated blanks into a deep-drawing tool
2021/01/04