Full name Familienname, Vorname
Scheichl, Bernhard
 
Main Affiliation Organisations­zuordnung
 

Results 1-20 of 128 (Search time: 0.005 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Scheichl, Bernhard Strömungsmechanisch-rheologische Untersuchung von Isolierbeschichtungen mittels Extrusionsverfahren : Endbericht (vorläufig)Report Bericht10-Feb-2024
2Scheichl-2023-Viscousinviscid interaction of a just detached planar liqui...-vor.pdf.jpgScheichl, Bernhard ; Bowles, Robert I. ; Pasias, Georgios Viscous–inviscid interaction of a just detached planar liquid film near the Taylor–Culick speed: waves, blow-up, reversed-flow breakdownPresentation Vortrag 20-Nov-2023
3Scheichl-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
4Scheichl-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
5Wagner-2023-Flow-vor.pdf.jpgWagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard Simulating the opening of a champagne bottleArticle Artikel 2023
6Jalikop, Shreyas V. ; Mariappan, Muthukumar ; Scheichl, Bernhard ; Bobji, M S Lubricant flow in and around tribo-contact of micro-textured surfacesPresentation Vortrag4-Dec-2022
7Wagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard Popping the cork of a champagne bottle: simulating the coupled gas and cork dynamicsPresentation Vortrag20-Nov-2022
8Wagner, 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
9Jalikop, Shreyas V. ; Scheichl, Bernhard Experimental and theoretical multiple-scales investigation of droplet migration on a textured surfacePresentation Vortrag15-Sep-2022
10Scheichl-2022-Flow of power-law polymer melts through thin gaps rationale...-vor.pdf.jpgScheichl, Bernhard Flow of power-law polymer melts through thin gaps: rationale modelling of momentum and heat transferPresentation Vortrag 12-Jul-2022
11McLean-2022-Journal of Fluid Mechanics-vor.pdf.jpgMcLean, E. ; Bowles, R. ; Scheichl, Bernhard ; Vanden-Broeck, J.-M. Improved calculations of waterfalls and weir flowsArtikel Article 25-Jun-2022
12Fritz, Bernhard ; Scheichl, Bernhard Comprehensive multi-scale cylinder lubrication model for reciprocating piston compressors: From rigid-body dynamics to lubricant-flow simulationArtikel Article 2022
13Wagner, Lukas ; Braun, Stefan ; Scheichl, Bernhard Numerical investigation of the gas jet formation immediately after opening a champagne bottlePräsentation Presentation2022
14Jalikop, Shreyas V. ; Scheichl, Bernhard Experimental and theoretical multiple-scale investigation of droplet migration on a textured surfacePräsentation Presentation2022
15Scheichl-2021-Journal of Fluid Mechanics-vor.pdf.jpgScheichl, Bernhard ; Bowles, R.I. ; Pasias, G. Developed liquid film passing a smoothed and wedge-shaped trailing edge: small-scale analysis and the ‘teapot effect’ at large Reynolds numbersArticle Artikel 10-Nov-2021
16Scheichl, Bernhard ; Bowles, Robert I. ; Pasias, Georgios An Expansive Singularity in a Just Detached Liquid Layer and the "Teapot Effect"Konferenzbeitrag Inproceedings 2021
17Bohr, Tomas ; Scheichl, Bernhard Surface tension and energy conservation in a moving fluidArtikel Article 2021
18Scheichl, B. ; Bowles, R.I. ; Pasias, G. Developed liquid film passing a smoothed and wedge-shaped trailing edge: small-scale analysis and the 'teapot effect' at large Reynolds numbersArtikel Article 2021
19Jalikop, Shreyas V. ; Scheichl, Bernhard ; Eder, Stefan J. ; Hönig, Stefan A new computational fluid dynamics model to optimize sucker rod pump operation and designArtikel Article 2021
20Fritz, Bernhard ; Scheichl, Bernhard A comprehensive cylinder-lubrication model for reciprocating compressorsKonferenzbeitrag Inproceedings 2021

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