The main focus of the master thesis will be the development of a simulation tool that uses ray tracing for predicting noise levels in urban areas. The model will take into account the acoustic sources coming from electrical loading columns that produce noise through the fan unit
The automotive industry's role in curbing carbon emissions and addressing climate change is vital. Electric vehicles offer an efficient and eco-friendly transportation solution. Understanding automotive batteries is key to enhancing their performance and reliability
Durchführung von FEM Analysen … Abgeschlossene technische Ausbildung (Studium oder vergleichbar) - Praktische Erfahrung in Bereich Produktentwicklung mechanischer Komponenten - Ausgezeichnete Kommunikations-Skills sowie Freude an der internationalen Zusammenarbeit und am
Simulation, analysis and optimization of wiring harness with FEM simulation software. (Electric/ Magnetic field, voltage drops, temperature, current density analysis) - Investigation of different coupling paths between cables - Setup of a model of the low voltage system with all relevant components
Ref.Nr. E_144 Master Thesis - The goal of the thesis is to understand the calendering process that battery electrodes go through during production. This should be realised by setting up a continuum mechanics-based FEM simulation of the process
Stellenbeschreibung: • Sie arbeiten vorwiegend mit Methoden der FEM-Simulation (NASTRAN, ABAQUS) an der Entwicklung von Karosseriestrukturen und Türen/Klappen und sind Teil des Entwicklungsteams Steifigkeit/Festigkeit in Gesamtfahrzeugprojekten • Der Aufbau …
Literature study - Development of ray tracing modeling techniques - Tool and performance study and comparison with reference FEM calculations - Calculation of relevant urban noise predictors … Ongoing studies in the fields of civil engineering, mechanical engineering or technical physics
Anforderungsprofil: • Completed technical education (preferably studies in mechanical or automotive engineering, physics) • Several years of experience in simulation of battery systems • Professional knowledge of FEM relevant programs – preferably LS-DYNA, Hypermesh …
Entwicklung innovativer mechanischer Lösungen für hochpräzise Mess- und Analysegeräte, von der Konzeptidee bis zur Serienüberleitung - Konzepterstellung, Konstruktion und Verifikation feinmechanischer Sensorik und komplexer Gesamtsysteme
Investigation of different coupling paths between cables - Setup of a model of the low voltage system with all relevant components - Running the simulation with different parameters of the relevant system components - Documentation and interpretation of the results of the different simulation runs