Collaboration

The centrifugal chain works.
The next one is axial.

AeroSol today designs centrifugal compressors end to end: sizing, mean-line, blade, throughflow, blade-to-blade, map, volute, stress, CAD. The architecture underneath it is not specific to radial machines: one geometry, a chain of solvers that all read it, and agents running the loop. That same architecture is now being extended to multi-stage axial compressors and to axial fans.

The work is on the compression side and stays there: compressors, fans and blowers. It is early, and it is open: if you have a rig, a measured map, or a design case you are willing to run alongside your own tools, there is a straightforward trade to be made here.

In development

What is actually being built.

Stated plainly, because a roadmap that reads like a brochure is worth nothing to an engineer deciding whether to spend time on it.

Multi-stage axial compressor

Repeating-stage mean-line across a multi-stage build, stage stacking with a real spanwise work distribution, and the throughflow solver extended over several blade rows rather than one. The hard part is not any single row. It is matching them, and holding the match off design.

Axial fans and blowers

A different regime with the same machinery underneath: the duty is volume flow and pressure rise rather than pressure ratio, the blade wants its own camber and thickness rules, and the correlations that matter are the ones that predict stall margin and noise rather than choke.

What is not in it yet

No cooling, no disc or attachment stress, and the structural side stays beam theory for screening. The scope is narrow on purpose: the compression side, done properly, before anything is widened. The work is ongoing, and when a limit moves it will be said out loud, the way the current ones are.

The trade

What would be useful,
and what you get back.

This is a small operation. The offer is direct access rather than a partner programme with a logo wall.

Rig dataA measured map, or a speed line, on a machine you can share

A caseA design point you run in your own tools, run here in parallel

UniversityA turbomachinery group willing to benchmark and publish

OEMAn axial compressor, fan or blower programme that wants a fast pre-CFD loop

In returnEarly builds, the validation report, and the person who wrote the solver

Reach out

Tell us what you have,
and what you are trying to design.

A rig, a data set, a stubborn design case, or a course that needs a tool students can actually see inside. One message is enough to start.

The centrifugal chain works. The next one is axial.