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THEORY: PROJECT METHODOLOGY: 1. MID SURFACE: Auto mid surface has been used to extract the midsurface for this simple bracket. Components has been created and assigned to the particular mid surfaces. 2. ASSIGN MATERIAL: Create material. Here I have created a material and assigned to steel. …
Arun Reddy
updated on 04 Jan 2023
THEORY:
PROJECT METHODOLOGY:
1. MID SURFACE:
2. ASSIGN MATERIAL:
Figure 3. Component & materials assigned
3. ASSIGN PROPERTY:
Figure 4. Property assigned
4. WASHER SPLIT:
Figure 5. Washer split
5. 2D MESH:
Figure 6. Shell mesh
6. 1D ELEMENTS:
HYPERBEAM:
From the given data a. rod element, b. beam element, c. bar element we will be creating a cross sections using hyper beam.
a. Rod element - (cross section - box):
Cross-Section: BOX
Dimension a= 12 mm, b=10 mm
Thickness t= 0.75 mm
Figure 7. Box - cross section (Rod) - HYPER BEAM
b. BEAM ELEMENT - (I-Section):
Figure 8. I-Section (Beam) - HYPER BEAM
c. BAR ELEMENT (X -SECTION):
Figure 9. X-SECTION (Bar) - HYPERBEAM
Hence, the cross section has been created for bar, rod, beam element as per given data. Now these cross sections should be assigned to the particular property.
APPROACH:
a. Approach for Rod element:
Figure 10. Approach a.
b. Approach for beam element:
Figure 11. Approach b.
c. Approach for BAR element:
Figure 12. Approach c.
d. & e. Apply the mass of magnitude 10 with the RBE2 link:
Figure 13. Approach d & e
f. Join the two components with Spring elements
Figure 14. Approach f
Finally, Select 1D detailed element representation to view the cross section of bar,rod, beam element & Select 2D detailed element representation to view the thickness of the mid surface.
CONCLUSION:
The mesh & creation of 1D element has been successfully achieved as per the given inputs.
Figure 15. Final view
LEARNING OUTCOMES:
From this challenge, I can able create a 1D element as per the given inputs.
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