High-fidelity flow, heat-transfer, reacting-flow and multiphase analysis for aerospace, defence, propulsion, energy and process systems—from a precisely defined question to traceable results and a practical design recommendation.
LIKUA takes responsibility for the complete numerical-analysis chain: the physical question, model selection, geometry and mesh strategy, boundary conditions, solver configuration, convergence assessment, sensitivity checks, interpretation and reporting.
The work is performed by engineers who develop compressible-flow and multiphysics software and use it in real design workflows. This allows the numerical method to be adapted to the problem when a standard black-box workflow is not sufficient.
Scope is selected according to the physical question. A project can cover a single component, a coupled internal-flow system or a complete design study across an operating envelope.
Subsonic, transonic, supersonic and hypersonic flow around vehicles, projectiles, aircraft components and high-speed configurations.
Internal and external flow analysis for rocket motors, nozzles, plumes and aero-propulsive systems.
Coupled assessment of high-speed air intakes, internal flow paths, combustor entry conditions and propulsion–airframe interaction.
High-temperature internal-flow studies where chemistry, heat release and mixing determine performance and thermal loading.
Eulerian analysis of dispersed phases in compressible and industrial flows, including momentum and heat exchange with the carrier phase.
Coupled flow-and-thermal assessment for hot structures, thermal protection and material-response boundary conditions.
The same verification-led approach is applied beyond aerospace: hydrodynamics, hydro-power, pumps, turbomachinery and process-engineering equipment where pressure loss, flow distribution, cavitation risk, mixing or phase transport drives performance.
A visually plausible result is not enough. The evidence required depends on the decision and may include conservation checks, residual and monitor histories, mesh sensitivity, time-step sensitivity, comparison with analytical limits, benchmark cases, test data or an independent reference method.
A fixed-scope calculation answering one clearly bounded engineering question.
Several geometries or operating points compared using consistent metrics.
Audit of an existing CFD model, result set, methodology or technical claim.
Simulation planning around test data, instrumentation and correlation objectives.
Ongoing CFD support integrated into a customer design and review cycle.
Problem-specific physics, solver functionality or workflow automation.
Send the geometry, operating conditions, available test data and the decision the analysis must support. LIKUA will define a proportionate technical scope and the evidence required for a defensible answer.