Heat Sink Temperature Field
Localized hotspot and thermal risk check
Heat sink / electronics cooling
Result Type: Temperature field
Object: Heat sink / electronics cooling
Purpose: Identify problem or risk regions
CFD Report Assistant
Upload CFD post-processing material. Get report-ready engineering notes.
Image material is supported first. ReportCFD organizes your result into interpretation, speaker notes, and checks before presenting that you can use in reports or PowerPoint.
No geometry, mesh, or solver setup required. ReportCFD only processes the post-processing material you choose to upload and helps organize report-ready wording.
Report workflow
Input
Upload CFD image
Image upload currently supports PNG, JPG, JPEG, or WEBP - Max 20MB
Upload an image first, then confirm context before generation.
After you click generate, confirm result type, simulation object, and analysis purpose so ReportCFD can structure the output in the right CFD context.
Result typeSimulation objectAnalysis purpose
Privacy boundary
ReportCFD does not store your uploaded material, text inputs, or generated report in our database or object storage. The material and context are sent to the AI provider only to generate the current response.
Upload an image first. You will confirm three context fields before generation.
Output
Report result preview
This preview shows the output structure before you upload your own CFD material.
Example Result
CFD Result Image
Context used by AI
Temperature fieldHeat sink / electronics coolingIdentify problem or risk regions
Result Interpretation
A concise explanation you can place next to the CFD result image.
- The static temperature contour identifies a localized thermal hotspot reaching approximately 120 °C on the bare component adjacent to the main heat sink.
- The central finned heat sink operates at a significantly lower temperature, suggesting cooling airflow may be bypassing the primary hotspot.
- Components positioned directly downstream of the heat sink show elevated temperatures, likely due to receiving pre-heated air or residing in a lower-velocity wake region.
- Consider evaluating flow guides or an additional dedicated heat sink to address the isolated peak temperature risk.
Speaker Notes
Talking points for your briefing, ready to paste into PowerPoint speaker notes.
The simulation highlights a specific risk region with a hotspot near 120 °C on a bare component. We should evaluate flow redirection or adding localized cooling to mitigate this thermal risk.
What it saves you
Turn CFD post-processing results into briefing-ready wording, without starting from a blank page
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Only three context fields
Result type, simulation object, and analysis purpose tell ReportCFD how this result should be explained.
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Output follows a report structure
Result interpretation, speaker notes, and checks before presenting are separated so they can be copied into reports or PowerPoint.
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Pre-presentation checks included
Along with the explanation, ReportCFD lists key limitations, items to verify, and questions you may be asked.
Examples
Preview examples before uploading your own result
Temperature, pressure, and streamline examples show how the output is organized: interpretation, speaker notes, and checks before presenting are separated.
Pressure Field
Fan-volute pressure recovery check
Fan with volute and extended inlet/outlet
Result Type: Pressure field
Object: Fan with volute and extended inlet/outlet
Purpose: Identify problem or risk regions
Streamline / Pathline
Recirculation and secondary-flow check
Pump / fan / turbomachinery
Result Type: Streamlines / pathlines
Object: Pump / fan / turbomachinery
Purpose: Understand physical behavior
How it works
Generate copy-ready report wording in three steps
No prompt writing and no full simulation project upload. Upload one post-processing image, confirm three context fields, and get wording engineers can review and copy.
01
Upload one post-processing image
Image upload currently supports contour plots, pressure fields, velocity plots, streamline images, vector fields, or convergence plots.
02
Confirm three context fields
Choose result type, simulation object, and analysis purpose so the output follows the right CFD context.
03
Copy speaker notes and checks
Place Result Interpretation next to the image, use Speaker Notes for your briefing, and review checks before presenting.
Data boundary
Processes uploaded post-processing material, not full simulation projects.
ReportCFD does not connect to your solver or read CAD files, mesh files, case files, boundary conditions, turbulence models, or material properties. It interprets the post-processing material you choose to upload and drafts wording engineers can review.
ReportCFD processesReportCFD does not read or store
The post-processing material you upload and three context fieldsCAD, mesh, case files, or solver project files
Result interpretation, speaker notes, and checks before presentingFinal pass/fail decisions before engineering review
Necessary account, quota, and usage-count recordsUploaded material, text inputs, or generated report content
FAQ
FAQ
Are my geometry, mesh, or simulation setup uploaded to ReportCFD?
No. ReportCFD does not connect to your solver or read CAD files, mesh files, case files, boundary conditions, turbulence models, or material properties. You only need to upload exported post-processing material and provide a small amount of context. The current upload flow supports image material only, so full geometry, mesh, and solver setup files are not uploaded to ReportCFD.
Are my uploaded material, text inputs, and generated report stored?
ReportCFD does not store your uploaded material, text inputs, or generated report in our database or object storage. They are sent to the AI provider only to generate the current response. If you refresh or close the page, the result may be lost unless you copy it. We only keep necessary account, quota, and usage metadata for login, limits, and abuse prevention, not your engineering content.
Can I use the output as a final engineering decision?
ReportCFD helps draft explanations, speaker notes, and checks before presenting. Engineers still need to verify before presenting, including values, thresholds, residuals, mesh quality, and boundary conditions.
Why not just use ChatGPT?
General AI chat can help, but you still need to write the right prompt and structure the output yourself. ReportCFD is designed around CFD reporting: it collects the key result context first, then generates interpretation text, speaker notes, and checks before presenting in a copy-ready format.
What CFD tools does it support?
Any CFD software that can export images, including Fluent, STAR-CCM+, OpenFOAM, CFX, CFD-Post, ParaView, and others.
Does ReportCFD support animations, documents, or PowerPoint export?
Image uploads are available first. Support for animations, documents, multi-material reports, and PowerPoint export is planned next.
Start with one exported CFD result image.
Upload a post-processing image, confirm three context fields, and generate copy-ready engineering notes with clear data and engineering boundaries.
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