FEM – ZLL

(DE/ENG) Multiphysical optimization of a fuel cell end plate

06/10/202206/10/2022 Tim Röver 0 Kommentare Additive Manufacturing, component design, FEM, fuel cell, heat transfer, mechanics, optimization

Betreuer/in: Tim Röver Dekanat/Institut: iLAS T-2 E-Mail: tim.roever@tuhh.de (DE/ENG) Multiphysical optimization of a fuel cell

Predicting Ship structural responses to Enable Autonomous Shipping: Fluid-Structure-Interaction and Machine Learning

05/10/202205/10/2022 Simon Haberl 0 Kommentare ANSYS, AQWA, Digital Twin, FEM, FSI, hydrodynamics, machine learning, mechanical, Strip theory

Betreuer/in: Simon Haberl Dekanat/Institut: M10 E-Mail: simon.haberl@tuhh.de Autonomous ships are seen by the maritime industry

Structural optimization of a cruise ship section

25/08/202225/08/2022 Carl Rupp 0 Kommentare APDL, FEM, LESSMAT, parametric model, structural optimization

Betreuer/in: Carl Rupp Dekanat/Institut: Institute for Ship Structural Design and Analysis (M-10) E-Mail: carl.rupp@tuhh.de The

(DE/ENG) Generative Design of Truss Nodes under Complex Loads in Additively Manufactured Structural Components

20/07/202225/07/2022 Tim Röver 1 Kommentar Additive Fertigung, Additive Manufacturing, Design, FEM, Generative Design, product development, Produktentwicklung

Betreuer/in: Tim Röver Dekanat/Institut: Institut für Laser- und Anlagensystemtechnik E-Mail: tim.roever@tuhh.de Background and motivation Additive

(DE/ENG) Generative Design of Truss Nodes under Complex Loads in Additively Manufactured Structural Components

20/07/202225/07/2022 Tim Röver 0 Kommentare Additive Fertigung, Additive Manufacturing, Design, FEM, Generative Design, product development, Produktentwicklung

Betreuer/in: Tim Röver Dekanat/Institut: Institut für Laser- und Anlagensystemtechnik E-Mail: tim.roever@tuhh.de Background and motivation Additive

(DE/ENG) Development and Numerical Analysis of a Fluid-Fluid Additively Manufactured Heat Exchanger

28/03/202228/03/2022 Leighton Clague 0 Kommentare Additive Fertigung, AM, FEM, Finite element method, Finite-Elemente-Methode, Flugzeugsystemtechnik, Maschinenbau, Modellierung, Numerical Analysis, Produktionstechnik, Simulation, Topologieoptimierung, Topology Optimization, Wärmetauscher, Wärmeübertragung

Betreuer/in: Leighton Clague Dekanat/Institut: G-2 / Institute for Laser- and Systemtechnology E-Mail: leighton.clague@tuhh.de Background and

Masterarbeit Studienarbeit

(DE/ENG) Topology Optimization of Heat Transfer Elements of Additively Manufactured Heat Exchangers for Aviation Applications

25/11/202120/01/2022 Tim Röver 0 Kommentare Additive Fertigung, AM, FEM, Finite element method, Finite-Elemente-Methode, Flugzeugsystemtechnik, Maschinenbau, Modellierung, Numerical Analysis, Produktionstechnik, Simulation, Topologieoptimierung, Topology Optimization, Wärmetauscher, Wärmeübertragung

Betreuer/in: Tim Röver Dekanat/Institut: G-2 iLAS (Institut für Laser- und Anlagensystemtechnik E-Mail: tim.roever@tuhh.de (DE/ENG)

Ein kombinierter FEM-DEM-Ansatz: Interface-Stiffening durch Verdichtung des periprothetischen Knochens im zementfreien Gelenkersatz

29/06/202029/06/2020 Sebastian Zobel 0 Kommentare Abschlussarbeit, Biomechanik, DEM, FEM, Masterarbeit

Betreuer/in: Sebastian Zobel Dekanat/Institut: Maschinenbau, M3 E-Mail: sebastian.zobel@tuhh.de Ziel und Inhalt der Arbeit. In dieser