Past Thesis Presentations

Date and Time: July 21st at 14:15, LSTM Seminar Room Speaker: Prof. Hassan M. Nagib, ILLINOIS TECH (IIT), Chicago, IL 60616, USA Topic: DNS and High Reynolds Number Experiments Lead to New Insights for Overlap Region and Near-Wall Layer of Wall-Bounded Turbulence The modeling, prediction a...

Thesis title: Rheological Measurements of Salt-Free Xanthan Gum Solutions Author: Vahid Amirgouneh Date: 16.07.2025,  13:00, LSTM Seminar Room

Thesis title: Implementation of the Werner-Wengle Wall Model into the high-order spectral element flow solver Neko for flat and curved boundaries Author: Varun Rao Date: 08.07.2025,  15:00, LSTM Seminar Room

Thesis title: CFD-based investigations for efficient aerodynamic simulation of a Formula Student race car Author: Ashwin Nair Supervisor: Suharto Saha, Andreas Wierschem Date: 16.06.2025, 14:00 LSTM Seminar Room

Thesis title: Statistical convergence of turbulent channel flow simulations Author: Daniela Ayvazova Supervisor: Siavash Toosi and Philipp Schlatter Date: 25.06.2025, 09:00 LSTM Seminar Room

Monday, May 26, 14:15-14:45, LSTM Seminar room Title: Multivariate Multifidelity Regression by Adaptation of LinearModel of Coregionalization Author: Florian Klöppner Supervision: Philipp Schlatter, Saleh Rezaeiravesh (University of Manchester) Abstract:This thesis presents a compre...

Date & Time: 4.04.2025, 11:00- 11:30 Speaker:  Fabian Schmidt Location: LSTM Seminar room Topic: “Aerodynamic Shape Optimization of Formula Student Race Car using the Adjoint Method”

Date & Time: 28.03.2025, 11:00- 12:00 Speaker:  Eduard Böhm Location: LSTM Seminar room Topic: “Integration und Validierung eines Sensors zur Grenzstandmessung innerhalb eines Sedimentationsbehälters”

Date & Time: 07.04.2025, 10:00- 11:00 Speaker:  Johanna Roob Location: LSTM Seminar room Topic: “Aufbau eines Prüfstands für die thermodynamische und strömungsmechanische Analyse von Heatpipes”

Date & Time: 07.03.2025, 10:00- 11:00 Speaker: Tim Eichner Location: LSTM Seminar room Topic: “Immersed boundary methods in spectral element methods”