Patran/Nastran (Fach) / Erstellen einer Halterung unter Druckspannung (Lektion)
In dieser Lektion befinden sich 12 Karteikarten
Hier wird schrittweise der Vorgang für die Eingabe eines Models im FE-Programm PATRAN abgefragt
Diese Lektion wurde von leonlatino erstellt.
- What is the structure designed to? The structure is designed to support a bearing on its right, curved edge.
- How is the boundary condition on the left hand side? The left edge is cantilevered or "built in".
- What means that the left hand side is built-in or cantilevered? This means that both the translations and the rotations are held to zero along this edge.
- What results from the bearing reaction? A pressure load of magnitude 100 lb/in2 in the negative X direction results from the bearing reaction.
- What are the material properties for the beam? The material properties for the beam are E= 10 x 106 psi (typical foraluminum) and 3 . 0 = n .
- How is the cross section of the part? The part has a solid cross section with thickness in the Z-directiont = 3 inches.
- What is the 1st. step to create this model in Patran/Nastran? The first step is to create the geometry.
- What is the 2nd step after creating the geometry? Create the finite element mesh.
- What is the step after creating the Finite Element Mesh? Create the Boundary Conditions and Loads
- What is the next step after creating the boundary conditions and the loads? Create the Material and Property
- What is the next step after creating the properties and the material? Do the Analysis
- What is the next step after doing the analysis? View the results.