01.09.22
We welcome our new PhD Student Jan Dohmen.
30.08.22
Heute hat unser Kollege Jan-Peter Heckel an der CIGRE Session in Paris teilgenommen. Er präsentierte sein Paper "Voltage Stability Risks Caused by Dynamic Interactions in Integrated Energy Systems" in der Session für den Studienausschuss C1 "Power System Development and Economics".
30.08.22
Bachelorarbeitsvortrag von Herrn Jonas Albrecht Thema: Entwicklung einer netzdienlichen Regelungsstrategie für einen Elektrolyseur im Verteilnetz Ort: Technische Universität Hamburg, Channel 4, Harburger Schloßstraße 28, 21079 Hamburg Raum 1.004 Zeit: Donnerstag, 30.08.2022, 14:00 Uhr
placeholder
30.08.22
Between 23.08. and 25.08., the Institute of Multiphase Flow was at the ACHEMA 2022, the world forum and leading international trade fair for the process industry, with almost 60 students. In addition to the colourful programme of many stand visits and social evenings, a visit to INEOS Phenol was also integrated into the programme.
30.08.22
Mrs. Fujita presents the results of her research dealing with the "Cleaning effect of ultrafine bubbles in a flow channel " on the 30th of august.
29.08.22
Vom 22.8. bis zum 9.9. ist der Schülerpraktikant Max aus der 9ten Klasse der GSE Eppendorf an unserer Universität. Hier lernt er vieles Neue über den 3D Druck und den allgemeinen Maschinenbau. Der 14-jährige weiß zwar noch nicht, was er einmal werden will, aber so kann er schon einen Einblick in die Berufswelt gewinnen.
24.08.22
Continous SENSUS Seminar. Presentation by O. Weiß (HSU): Non-Smooth Optimization by Abs-Linearization in Reflexive Function Spaces
placeholder
24.08.22
A recently published open access article of the Institute of Multiphase Flows is featured on the cover of the forthcoming issue of Processes, "Scale-Up of Industrial Jet Loop Reactors", for the month of August.
23.08.22
A new article from the Institute of Multiphase Flows has recently appeared in Frontiers in Chemical Engineering. Within this paper, Laser-Induced Fluorescence (LIF) and a Confocal Laser Scanning Microscope (CLSM) are used to investigate the mixing behaviour within micromixers. This helps to better understand the mixing behaviour in polymerisation processes and to minimise fouling within the production plants.