Forschungsbereich Strömungsmechanik

Organization Name (de) Name der Organisation (de)
E322-01 - Forschungsbereich Strömungsmechanik
 
Code Kennzahl
E322-01
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 


Results 1-20 of 203 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Scheichl, Bernhard Strömungsmechanisch-rheologische Untersuchung von Isolierbeschichtungen mittels Extrusionsverfahren : Endbericht (vorläufig)Report Bericht10-Feb-2024
2Giurgiu, Vlad ; Caridi, Giuseppe Carlo Alp ; De Paoli, Marco ; Soldati, Alfredo Measurements of spinning and tumbling rates of Kolmogorov scale micro-plastic fibresPresentation Vortrag21-Nov-2023
3Zonta, Francesco ; Giamagas, Georgios ; Roccon, Alessio ; Soldati, Alfredo Propagation of capillary waves in two-layer oilwater turbulent flowPresentation Vortrag20-Nov-2023
4De Paoli, Marco Multiscale modelling of convective mixing in confined porous mediaPresentation Vortrag14-Nov-2023
5Beckedorff, Leonel Edward ; Caridi, Giuseppe Carlo Alp ; Giurgiu, Vlad ; Soldati, Alfredo Experiments on deformable oil droplets in turbulencePresentation Vortrag19-Sep-2023
6Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael Andreas ; Kühmayer, Matthias ; Rotter, Stefan Optimal Cooling of Multiple Levitated Particles through Far-Field Wavefront-ShapingPresentation Vortrag19-Sep-2023
7Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael Andreas ; Kühmayer, Matthias ; Rotter, Stefan Optimal Cooling of Multiple Levitated Particles through Far-Field Wavefront ShapingPresentation Vortrag13-Sep-2023
8Scheichl-2023-Introductory Lectures Applying Perturbation and Related Me...-smur.pdf.jpgScheichl, Bernhard Introductory Lectures: Applying Perturbation and Related Methods to Rationally Describe the “Teapot Effect” Under Capillary and Weak Viscous ActionPresentation Vortrag 4-Jun-2023
9Scheichl-2023-Predicting Capillary Ripples and Nonlinear SquireTaylor Mode...-ao.pdf.jpgScheichl, Bernhard ; Bowles, R. Predicting Capillary Ripples and Nonlinear Squire–Taylor Modes by Viscous–Inviscid Interaction past a Trailing EdgePresentation Vortrag 21-Mar-2023
10Jalikop, Shreyas V. ; Mariappan, Muthukumar ; Scheichl, Bernhard ; Bobji, M S Lubricant flow in and around tribo-contact of micro-textured surfacesPresentation Vortrag4-Dec-2022
11Giamagas, Georgios ; Zonta, Francesco ; Roccon, Alessio ; Soldati, Alfredo Turbulent Poiseuille flow of two immiscible liquid layers inside a channelPresentation Vortrag22-Nov-2022
12Mangani, Francesca ; Roccon, Alessio ; Soldati, Alfredo Heat transfer in drop-laden turbulent channel flowPresentation Vortrag21-Nov-2022
13Wagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard Popping the cork of a champagne bottle: simulating the coupled gas and cork dynamicsPresentation Vortrag20-Nov-2022
14Wagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard V0009: Popping the cork of a champagne bottle: simulation of the coupled gas and cork dynamicsMultimedia and Design Multimedia und Design7-Oct-2022
15Altmann, Florian ; Kuzdas, Dominik ; Murschenhofer, Dominik ; Braun, Stefan A transient quasi-2D non-isothermal proton exchange membrane fuel cell (PEMFC) modelPresentation Vortrag16-Sep-2022
16Kaczvinszki, Markus ; Braun, Stefan Singular trajectories in incipient 3D laminar-turbulent transitionPresentation Vortrag16-Sep-2022
17Jalikop, Shreyas V. ; Scheichl, Bernhard Experimental and theoretical multiple-scales investigation of droplet migration on a textured surfacePresentation Vortrag15-Sep-2022
18Kuzdas, Dominik ; Braun, Stefan Self-induced vortex wind-up in transitional separation bubblesPresentation VortragSep-2022
19Jalikop, Shreyas V. ; Scheichl, Bernhard Experimental and theoretical multiple-scale investigation of droplet migration on a textured surfacePräsentation Presentation2022
20Wagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard Numerical investigation of the gas jet formation immediately after opening a champagne bottlePräsentation Presentation2022