Complete a 1-2 page paper that reviews the Procter and Gamble’s website design and the ease of use for its customer base. Include a cover page and a reference page….
The link bridge
Task 1 – Pre-processing, solving and post-processing
- “Zero deflection” discussion 10%
Please enter your response in the below text box:
Maximum 500 characters. |
- Structural performance 30%
For the purpose of this task, you may include a maximum of eight illustrations; use the boxes below to define these.
Figure 1 (above) | Insert caption here | Figure 2 (above) | Insert caption here |
Figure 3 (above) | Insert caption here | Figure 4 (above) | Insert caption here |
Figure 5 (above) | Insert caption here | Figure 6 (above) | Insert caption here |
Figure 7 (above) | Insert caption here | Figure 8 (above) | Insert caption here |
Please enter your comments relating to the mesh convergence study in the below text box:
Maximum 750 characters. |
Please enter your comments relating to the structural performance of the link bridge in the below text box:
Maximum 2,500 characters. |
- Vibration 10%
For the purpose of this task, you may include a maximum of 2 illustrations; use the boxes below to define these.
Figure 9 (above) | Insert caption here | Figure 10 (above) | Insert caption here |
Please enter your comments relating to the vibration analysis in the below text box:
Maximum 1,500 characters. |
Task 2 – Optimisation
- Topology Optimisation 25%
For the purpose of this task, you may include a maximum of 6 illustrations; use the boxes below to define these.
Figure 11 (above) | Insert caption here | Figure 12 (above) | Insert caption here |
Figure 13 (above) | Insert caption here | Figure 14 (above) | Insert caption here |
Figure 15 (above) | Insert caption here | Figure 16 (above) | Insert caption here |
Please enter your comments relating to the topology optimisation of the link bridge in the below text box:
Maximum 3,500 characters. |
- Optimisation validation 25%
For the purpose of this task, you may include a maximum of six illustrations; use the boxes below to define these.
Figure 17 (above) | Insert caption here | Figure 18 (above) | Insert caption here |
Figure 19 (above) | Insert caption here | Figure 20 (above) | Insert caption here |
Figure 21 (above) | Insert caption here | Figure 22 (above) | Insert caption here |
Please enter your comments relating to the optimization validation in the below text box:
Maximum 3,000 characters |
Please enter your recommended mesh protocol parameters; their limiting values and your justifications therefore in the below table. You may choose to 10 relevant parameters; and may assume that all meshing is 2D; hence no need to list element type as “shell” or “2D”. An example has been added below.
Parameter | Limiting Value (LV) | Unit | All elements X of a mesh should be | Justification |
Mesh size | 2.0 | mm | The minimum mesh size has been defined due to argument A and B… | |