CFD Report Enhancement & Writing
Budget / Salary₹600–1,500
TypeFreelance project
LocationRemote
Posted3 hours ago
I have a draft technical report that documents an ANSYS-based study of airflow around an object. The core findings are there, but the narrative, data presentation, and engineering discussion still feel rough. I’d like an experienced mechanical engineer—someone who is as comfortable running and interpreting CFD as they are crafting clear prose—to refine the document into a publication-ready report.
Here’s what I need:
• Tighten the focus on the CFD fluid-flow analysis, ensuring the objectives, boundary conditions, mesh strategy, and solver settings are explained with just enough theory for a technically literate reader.
• Re-plot the key ANSYS post-processing images (pressure contours, velocity vectors, streamlines, and convergence histories) so they look crisp and consistent throughout.
• Cross-check the numerical results against any relevant correlations or experimental data you know, flagging discrepancies and suggesting plausible explanations or model adjustments.
• Polish the writing: reorganise paragraphs for logical flow, smooth out grammar, add transitional sentences, and sharpen conclusions so they clearly answer the original airflow question.
• Provide the final deliverable as an editable Word document plus a print-ready PDF, with all figures embedded at high resolution.
If you also spot areas where a brief FEA comparison would strengthen the discussion, feel free to note it, though the primary scope remains CFD. I will share the current report, the ANSYS workbench project, and all raw data upon award so you can dive straight in.
Looking forward to collaborating and turning this draft into a standout technical report.
Here’s what I need:
• Tighten the focus on the CFD fluid-flow analysis, ensuring the objectives, boundary conditions, mesh strategy, and solver settings are explained with just enough theory for a technically literate reader.
• Re-plot the key ANSYS post-processing images (pressure contours, velocity vectors, streamlines, and convergence histories) so they look crisp and consistent throughout.
• Cross-check the numerical results against any relevant correlations or experimental data you know, flagging discrepancies and suggesting plausible explanations or model adjustments.
• Polish the writing: reorganise paragraphs for logical flow, smooth out grammar, add transitional sentences, and sharpen conclusions so they clearly answer the original airflow question.
• Provide the final deliverable as an editable Word document plus a print-ready PDF, with all figures embedded at high resolution.
If you also spot areas where a brief FEA comparison would strengthen the discussion, feel free to note it, though the primary scope remains CFD. I will share the current report, the ANSYS workbench project, and all raw data upon award so you can dive straight in.
Looking forward to collaborating and turning this draft into a standout technical report.
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