Not CFD
Analytical and semi-empirical methods for conceptual work. No Navier–Stokes solver.
HENDOI TECHNOLOGIES PRIVATE LIMITED
HENSYNTH
Aircraft Conceptual & Preliminary Design
Define the aircraft, set the mission requirements, then synthesize candidate aircraft. Calculations run in the C++ engine. The browser only displays results.
Not FEA
No structural finite elements. Preliminary loads and mass properties only.
Requirement driven
Every mission target is tracked as PASS, WARNING or FAIL with margin.
The design loop
- 1. Create an aircraft and set the geometry
- 2. Enter the mission requirements
- 3. Synthesize candidate aircraft
Product
HENSYNTH
Aircraft geometry and synthesis. Calculations run in the C++ engine. The browser only displays results. If a value was not calculated by HENSYNTH, the answer says so — it is not invented.
Engineering
What this release includes
Two steps: shape the aircraft, then ask the engine for candidates that meet the requirements.
Geometry
Wing, fuselage and tail for the configuration you choose. The 3D view follows those numbers.
Requirements
Range, endurance, payload, speed and field limits the synthesis has to meet.
Synthesize
The engine returns a feasibility check and a few starting aircraft, with why they differ.
First release
Geometry, then synthesis
This workspace is the minimum product: an aircraft you can edit, requirements you can set, and a synthesis run that returns candidate aircraft. Further studies stay in the engine and are not shown here.
HEN-AI
AI-assisted. Physics-calculated.
HEN-AI sits over HENSYNTH. It can explain results, propose requirement edits, and invoke existing C++ modules. It does not replace the engine. If a number was not calculated by HENSYNTH, it will say This value has not been calculated by HENSYNTH.
Conceptual and preliminary analysis only. Not certified, not OEM data, and not a substitute for an engineer’s judgment.