Dr. Thomas Hofmeister

Remote-consulting services for GE Global Research in Niskayuna, NY, USA. Project: Development of a thermoacoustic stability assessment procedure based on linearized flow equations.

Development of liquid hydrogen and helium equipment.

Ph.D. candidate at the institute for thermodynamics: "Prediction of high-frequency thermoacoustic oscillations in lean-premixed gas turbine combustion chambers" - Development of a hybrid CFD/FEM computational method - Development and integration of novel models and analysis concepts - Coordinator of the "Flow Instabilities" research group Link to my profil on the website of the thermodynamics institute: https://www.epc.ed.tum.de/td/mitarbeiterinnen/hofmeister-1/

Research assistant in the field of high-frequency thermoacoustic oscillations at the thermodynamics institute.

Working student in the thermal science lab: - Development and construction of an infrared camera calibration test rig - Tool development in Matlab for the determination of local heat transfer coefficients based on infrared images of heated plates Semester's Thesis: Investigation of Uniform Heat Flux Thermal Boundary Conditions for Local Heat Transfer Measurements

Betreuung von Studenten im Fachbereich Thermodynamik

Konstruktionsmechaniker mit Fachrichtung Feinblechbau

Master´s Thesis: Modeling and Quantification of Acoustic Damping Induced by Vortex Shedding in Non-Compact Thermoacoustic Systems.

Bachelor´s Thesis: Inbetriebnahme und Vermessung der Kleingasturbine B300F