Gelöste Aufgaben/FEM1: Unterschied zwischen den Versionen

Aktuelle Version vom 25. Oktober 2022, 17:18 Uhr

Problem Formulation

Ok, tutorial videos should not be longer than - say - 10 minutes. This video is 72 minutes long! My excuse is: I wanted to record a complete solution procedure including a wrong approach with its remedy and including solution steps outside of ANSYS^©.

Using ANSYS workbench, decide upon the wall-thickness of a pressure-vessel subject to a differential internal pressure of p=1 bar. Let

R_{P 0.2} = 2.8 E 8 \frac{N}{m^{2}}; safety factor: s = 2 .

The vessel geometry shall be defined by

\begin{array}{ccc} r_{1} & = & 180 m m \\ r_{2} & = & 50 m m \\ h_{1} & = & 200 m m \end{array}

The pressure vessel is rotationally symmetric, depicted left is only a 90° section with input/output pipe.

Recording of the complete Application-Process.

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@@ Zeile 15: / Zeile 15: @@
 <onlyinclude>
-[[Datei:FEM1-01.png|mini|Lageplan]]
+[[Datei:FEM1-01.png|left|mini|Layout-Plan]]
 Using ANSYS workbench, decide upon the wall-thickness of a pressure-vessel subject to a differential internal pressure of ''p''=1 bar. Let
@@ Zeile 29: / Zeile 29: @@
 </math>
-[[Datei:FEM1-02.png|mini|Geometrie des Druckbehälters|alternativtext=|ohne]][[Datei:FEAG-timeDomainAnimation.gif|mini|Animation in Time Domain - hier für ''I=4''.]]<br clear="all" />
+The pressure vessel is rotationally symmetric, depicted left is only a 90° section with input/output pipe.
+[[Datei:FEM1-02.png|mini|Geometry of Pressure Vessel.]]<br clear="all">
+[[Datei:FEM1.mp4|ohne|mini|Recording of the complete Application-Process.]]

Gelöste Aufgaben/FEM1: Unterschied zwischen den Versionen

Aktuelle Version vom 25. Oktober 2022, 17:18 Uhr

Problem Formulation

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