Executive summary
How aerospace thermal desks should specify conduction, convection, and radiation for cabin, bay, and skin heating cases. This brief is for aeronautical engineering and product leaders evaluating a custom build under Thermal Solvers.
If you buy generic
Broad CAE suites help when your question is broad. Flight programmes usually need a narrow, owned aeronautical workflow that matches airframe class, mission language, and review gates.
If you commission Hendoi
You receive a coherent aeronautical product stack — architecture, acceptance cases, English docs, and interfaces into related Hendoi solvers — that you can brand and extend.
Aeronautical problem framing
Teams either under-model (and miss schedule or certification risk) or over-model (and miss delivery). A good software brief forces the fidelity that changes the aero decision — wing, rotor, UAV envelope, noise, or mission — and documents it for audits and investors.
- Generic tools optimise for breadth; your weekly aero workflow is narrow and deep.
- Demo videos rarely match your airframe class, Reynolds regime, or validation data.
- Hiring is easier when the stack looks industrially and academically credible.
- Programme managers ask for charts you must regenerate cleanly for design review.
Checklist flight programmes actually use
- Can a new hire reproduce last quarter's key aero case in one day?
- Do reports speak mission language (lift, drag, margins, energy, noise) not only residuals?
- Is IP portable if a vendor relationship changes?
- Are acceptance tests written before coding starts?
Next step
If your current stack creates quiet dread — brittle exports, unteachable workflows, missing aero truth — treat that as data. Then talk to us about a build under Thermal Solvers.