| Ba/Ma |
Combustion Technology |
Vorgemischte Wasserstoff-Verbrennung bei hohen Rezirkulationsraten |
immediately |
M.Sc. Maurus Bauer |
| Ma |
Combustion Technology |
Quantifying gas phase concentrations of iron(II) oxide using planar laser-induced fluorescence (PLIF) |
immediately |
Dr.-Ing. Fabian Hagen
Dr.-Ing. Björn Stelzner |
| Ba/Ma |
Combustion Technology |
Numerische Untersuchung eines Wasserstoff-Strahlungsbrenners |
immediately |
Dipl.-Ing. Christof Weis |
| Ba/Ma |
Combustion Technology |
Numerical simulation of plastic pyrolysis |
immediately |
Dr. Feichi Zhang |
| BA/MA |
Simulation of Reacting Thermo-Fluid Systems |
Numerical flow simulation with and without chemical reaction |
immediately |
M.Sc. Julia Roeb |
| Ma |
Combustion Technology |
Modeling temperatures in the exhaust system under cold start conditions using 3D CFD simulation |
immediately |
Dr.-Ing. Fabian Hagen
M.Sc. Sebastian Knapp
M.Sc.Brijesh Kinkhabwala |
| BA/MA |
Combustion Technology |
Interaction between Turbulence and Scalar Transport near the wall using 2D-PIV and Tracer PLIF |
immediately |
Dr. -Ing. Björn Stelzner
Dr. Wenkun Zhu |
| Ba/Ma |
Combustion Technology |
Imaging the formation zones of nanometer-sized iron oxide particles in iron dust combustion using planar laser-induced incandescence (PLII) |
immediately |
Dr.-Ing. Fabian Hagen |
| Ba |
Combustion Technology |
Flammenfrontausbreitung bei Unterbodenbränden – Zusammensetzung, Struktur und Eigenschaften des Unterbodenmaterials |
immediately |
Dr.-Ing. Ilian Dinkov |
| Ma |
Combustion Technology |
Experimentelle Untersuchung der Flammenfrontausbreitung bei Unterbodenbränden |
immediately |
Dr.-Ing. Ilian Dinkov |
| BA/MA |
Combustion Technology |
Experimentelle Bestimmung der laminaren Flammengeschwindigkeit bei der Verbrennung von Ammoniak in Rohrflammen unter erhöhten Vorwärmtemperaturen |
immediately |
M.Sc. Klara Frey |
| Ma |
Combustion Technology |
Experimental studies on the iron-steam-hydrogen reaction cycle |
immediately |
M.Sc. Malte Seitz |
