Skip to main content
This page is for AI assistant context only. To use this package, visit community.ntop.com.
Community submission — not verified by nTop. This package was submitted by an outside community member and has not been reviewed or verified by nTop. Treat its accuracy, safety, and compatibility claims with appropriate caution.

Summary

Explore ten original blade forms and ten airfoil candidates through complete saved Notebook API recipes, including scimitar, twisted, petal, and closed-loop studies.

Package Details


Built with Astra. Ten original blade forms and ten later airfoil candidates demonstrate two-rail sweeps, changing section frames, and closed loops. Recorded native three-petal airfoil study This bundle distributes complete saved graphs in studies.json. It omits the large native caches and raw meshes. Replaying a graph creates the native editable model. It does not rerun the original design search or certify aerodynamic performance.

Installation and use

Use a licensed nTop 6.1.0-rc build 42926 with the Notebook API. The catalogue version field cannot encode the custom build number. Public release compatibility has not been re-tested. Download studies.json and save it in your working folder. Open an empty, task-owned nTop notebook. Set folder and case_id in the Python Console code below. Choose a new output folder for each replay.
Wait for the import and save to finish. Inspect native block states, the saved readback, and the geometry. Preserve the working save and collapse authored blocks and sections in a separate final copy. The import does not preserve the original viewport presentation.

Inputs and outputs

Cases

Evidence and limits

The publication checks verify all twenty complete recipes offline. Recorded mesh values refer to their earlier native source revisions. No new native execution is claimed. Modified Mobius sections remain labeled; the folded Mobius retains visible edge ripples and is a topology study. These models are not accepted aerodynamic optima. The audited source collection includes the native gallery, recorded measurements, replay tooling, and CFD plan.

License

MIT. See LICENSE. This license covers the original example models, saved recipes, and supporting material in this package.

Source

https://community.ntop.com/#/detail/two-rail-propeller-studies

Download

Download two-rail-propeller-studies.ntop