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Fluid Flow around Obstacles


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to the church fluid flow around objects will be shown together with the ED is generated In
an approximately 1 centimeter deep water-filled cell a horizontal
plate is moved up and down the and
the this I
think that the
plate is moved vigorously so that the
Aluminium tinselly stood up when
the plate is pulled up the ideas generated can be clearly seen
but if the same edges are created when the plate is moving down you
when a streamlined shaped object is being moved up no edges are
generated In contrast to the downward motion where edges are clearly seen
now the model of an airplane wing is inserted when it's pulled up and
Eddie rotating counterclockwise is created at its and then followed by 1 turning clockwise next the
2 editors will be seem particularly clearly you yeah
Computer animation
Computer animation
Computer animation


Formal Metadata

Title Fluid Flow around Obstacles
Alternative Title Ausweichströmungen
Title of Series The Physics Experiments of Robert Wichard Pohl (1884 - 1976)
Number of Parts 62
Author Lüders, Klaus
Pohl, Robert Otto
Beuermann, Gustav
Samwer, Konrad
Contributors Stickan, Walter (Redaktion)
Lechner, Kuno (Kamera)
Gerstenberg, Thomas (Ton)
Yousefpour, Abbas (Schnitt)
License CC Attribution - NoDerivatives 3.0 Germany:
You are free to use, copy, distribute and transmit the work or content in unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
DOI 10.3203/IWF/C-14855eng
IWF Signature C 14855
Publisher IWF (Göttingen)
Release Date 2004
Language English
Producer IWF (Göttingen)
Production Year 2003

Technical Metadata

IWF Technical Data Video-Clip ; F, 2 min 40 sec

Content Metadata

Subject Area Physics
Abstract Fluid flow around several objects and the effect of viscosity are shown in a two-dimensional apparatus. Aluminum tinsel has been added to the fluid to indicate locally the instantaneous direction and magnitude of the velocity of the fluid.
Keywords mechanics
viscous fluids
flow around obstacles

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