Lectures

Time Course Programme
11/2023 - 02/2024 Simulation of Injection Molding BSc
05/2024 Elastomer Science and Engineering MSc
05/2023 Elastomer Science and Engineering MSc
10/2021 Matlab Programming for Dynamics MSc
11/2020 Matlab Programming for Dynamics MSc

Project-based Learning

Time Project Programme
04/2024 - 07/2024 Design of a Water Tower Support Structure BSc
04/2023 - 07/2023 Design of a Portable Maintenance Crane for Floating Wind Turbines BSc

University Teaching Qualification

Competences Time
C1 - Designing a Lesson and a Course 11/2023
C2a - Practical Teaching Skills 12/2023
C2b - Supervising Students 02/2024
C3 - Testing and Assessment 06/2024
C4 - Evaluation of Education 05/2024
C5 - Professionalization end 2024

Course Info

Simulation of Injection Moulding (SIM)

The main advantages of the injection molding are found in the high freedom of design, automatic mass production and low costs relative to the number of parts. On the downside, the large amount of design settings complicates the process. Hence, it is a challenge to obtain minimum cycle times while maintaining the required product quality. The computational modeling tools allow us to predict the influences of the design settings on the final product quality and to optimize the injection moulding process accordingly. In this course, the equipment, the material model, the process parameters and the simulation results are discussed.

Other courses

Finite Element Method (Linear and Nonlinear)
Continuum Mechanics (or Mechanics of Materials)
Statics
Dynamics (including Multibody System Dynamics)
Beams and Shells
Numerical Methods