Hamburg University of Technology / Institute of Mathematics / Talks German flag


Search | Managament of Talks (German)

Talks 11 to 20 of 441 | show all

First page Previous page Next page Last page
Date Time Venue Talk
04/16/20 11:00 am Video-Online Multiscale Hierarchical Convolutional Neural Networks - Implementations and Applications (Projekarbeit)
Ernst Nathanael Winter
04/07/20 10:00 am per Videokonferenz (Zugangsdaten kommen per Email) Graphen- und spektraltheoretische Interpretation des Bilateralen Filters [Bachelorarbeit TM]
Lars Stietz
04/06/20 03:30 pm Zoom Introduction to different functional calculi with applications
Jan Meichsner, TUHH, Institut für Mathematik, Lehrstuhl für angewandte Analysis, TUHH, Institut für Mathematik (E-10), Am Schwarzenberg-Campus 3, Gebäude E, 21073 Hamburg

The presentations aims to give a rather short non-technical introduction in the general concept of a functional calculus including several examples and applications.

The presentation will (mostlikely) make use of the tool 'Zoom'. The audience will not have to do much but simply follow a link the speaker provides everybody with who asks in advance ( Members of the institute will get the link via the common email list.
03/24/20 02:00 pm per Videokonferenz Verbesserung der Ansteuerung von Time-of-Flight Tiefenbildsensoren [Bachelorarbeit TM, Kooperation mit der Basler AG]
Johannes Bostelmann
03/24/20 11:00 am per Videokonferenz Über periodisierte "finite sections" [Masterarbeit TM]
Riko Ukena
03/18/20 01:45 pm Am Schwarzenberg-Campus 3 (E), Room 3.074 Many-Body Localization: A Spectral Theoretic Investigation of Spin Chains [Masterarbeit]
Katharina Klioba
02/28/20 10:00 am TUHH, M 0.571 Entwicklung, Modellierung und Simulation eines neuartigen, kostengunstigen und zuverlässigen Wellenenergiewandlers [Bachelorarbeit TM, gemeinsam mit Institut M-13]
Leonard Paul Schulz
02/27/20 02:00 pm Am Schwarzenberg-Campus 3 (E), Room 3.074 A short presentation about myself
Don Julio Urizarna Carasa

Quite often, we wonder about the people around us but we are too shy to actually ask. On Thursday 27.02.2020, the Institute für Mathematik has organised a presentation about the one that is – up to the current date and not for very long – its latest “outstanding” acquisition.

During the presentation, you will finally be able to respond to the following questions:

- Why is he so fascinating?

- What was his last piece of work?

- What has he done during his first month?

These and any other question will be discussed during the meeting and who knows, maybe one day, in your closest cinema.
02/20/20 01:15 pm Room H - SBC5 - H0.03 Novel Space-Time Finite Element Discretizations*
Prof. Dr. Marek Behr, Chair for Computational Analysis of Technical Systems (CATS), RWTH Aachen University

Moving-boundary flow simulations are an important design and analysis tool in many areas, including civil and biomedical engineering, as well as production engineering. Interface-capturing offers flexibility for complex free-surface motion, while interface-tracking is very attractive due to its mass conservation properties at low resolution. We focus on these alternatives in the context of flow simulations based on stabilized finite element discretizations of Navier-Stokes equations, including space-time formulations that allow extra flexibility concerning grid design at the interface.

Space-time approaches offer some not-yet-fully-exploited advantages; among them, the potential to allow some degree of unstructured space-time meshing. A method for generating simplex space-time meshes has been developed, allowing arbitrary temporal refinement in selected portions of space-time slabs. The method increases the flexibility of space-time discretizations, even in the absence of dedicated space-time mesh generation tools. The resulting tetrahedral and pentatope meshes are being used in the context of cavity filling flow simulations, such as those necessary to design injection molding processes.
02/19/20 02:00 pm Am Schwarzenberg-Campus 3 (E), Room 3.074 Comparison of Unsupervised Dimensionality Reduction Techniques (Bachelorarbeit)
Lior Polak

* Talk within the Colloquium on Applied Mathematics