Abaqus Pile Results Extraction
Budget / Salary₹1,500–12,500
TypeFreelance project
LocationRemote
Posted1 hour ago
I already have an Abaqus pile model solved; what I now need is a clean set of figures that mirror the key findings in my thesis. You will receive the full thesis PDF so you can see exactly which curves and contours matter, but you do not have to replicate every table or formatting detail—just extract the essential results and present them clearly.
From the analysis file, please obtain:
• The pile load–settlement relationship taken at the pile head
• Stress and displacement contours in the soil surrounding the pile at the same planes shown in the thesis
• Internal pile responses: bending moment, shear force, and axial force along the pile length
Once extracted, convert the raw Abaqus output into polished, publication-quality graphs (PNG or PDF) and include the underlying data (CSV or Excel) so I can post-process if needed. I am comfortable with native Abaqus/CAE post-processing, Python scripting in Abaqus, or external tools like MATLAB—use whichever workflow lets you deliver accurate plots quickly, but please state what you choose so I can reproduce it later.
Acceptance criteria
• Results correspond to the same physical locations, units, and load steps referenced in the thesis
• Figures are labelled and scaled for direct use in a dissertation chapter
• Data files open without errors and match the plotted curves
The model is ready to go, so once you confirm, I will forward the .cae file, the ODB, and the thesis PDF.
From the analysis file, please obtain:
• The pile load–settlement relationship taken at the pile head
• Stress and displacement contours in the soil surrounding the pile at the same planes shown in the thesis
• Internal pile responses: bending moment, shear force, and axial force along the pile length
Once extracted, convert the raw Abaqus output into polished, publication-quality graphs (PNG or PDF) and include the underlying data (CSV or Excel) so I can post-process if needed. I am comfortable with native Abaqus/CAE post-processing, Python scripting in Abaqus, or external tools like MATLAB—use whichever workflow lets you deliver accurate plots quickly, but please state what you choose so I can reproduce it later.
Acceptance criteria
• Results correspond to the same physical locations, units, and load steps referenced in the thesis
• Figures are labelled and scaled for direct use in a dissertation chapter
• Data files open without errors and match the plotted curves
The model is ready to go, so once you confirm, I will forward the .cae file, the ODB, and the thesis PDF.
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