Combustor geometry workflows
CAD cleanup and injector-focused meshing.
Custom engineering software · Worldwide industrial delivery
Custom combustion simulation preprocessors — combustor geometry, species BCs, and reacting-flow case setup for propulsion.
Built for: propulsion OEMs, combustor R&D teams, and university combustion labs worldwide
Combustion CFD is unforgiving of bad prep: injector regions, species BCs, and mesh strategy decide whether chemistry models have a chance.
Hendoi builds custom combustion simulation preprocessors — combustor geometry workflows, species/BC packs, and reacting-flow case templates — for aerospace propulsion programmes.
Combustor teams get English docs, acceptance geometries, and IP ownership for prep that feeds your propulsion and combustion solvers.
CAD cleanup and injector-focused meshing.
Fuel/oxidiser and wall templates.
Steady and ignition-oriented setups.
Resolution checks where gradients live.
Hooks to system-level propulsion models.
Teachable combustor prep for universities.
Combustion prep architecture and species/BC standards
Desktop product with sample combustor cases
English reacting-flow documentation
Links to Propulsion Solvers services
Prep is model-agnostic; we size BC and mesh packs to your solver chemistry.
Spray/injector modules can be phased when on the brief.
Yes — controlled deployments available.
English milestones for propulsion stakeholders.
Share combustor samples and chemistry targets. Hendoi returns a reacting-flow prep plan.