Simulation for hardware that has to work.

Navier automates repeatable CFD and engineering analysis—meshing, setup, post-processing, and review—so teams can spend more time comparing designs and less time rebuilding runs.

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01Industrial & Thermal SystemsAirflow and heat transfer for compute, power, and industrial hardware.Data-center coolingPower and energy systemsIndustrial equipment 02Vehicles & MarineExternal flow studies for vehicles that move through air or water.Ground vehiclesMarine and naval craftAutonomous platforms 03Flight, Space & DefenseAerodynamics, loads, and flight software across the envelope.Aircraft and UAVsLaunch vehicles and spacecraftDefense and flight-critical systems

Industrial & Thermal Systems

Industrial and thermal

Keep heat and airflow inside the design envelope.

For data centers, power equipment, and industrial hardware, airflow and heat transfer set the operating margin. Evaluate rack-level cooling, system airflow, and thermal changes before commissioning or physical testing.

Rooftop chillers with digital CFD heat-rejection contours — Cooling plant / heat-rejection study

Cooling towers at a power station — Energy system / thermal context

01Data-center airflow
02Rack and server-level cooling
03Conjugate heat transfer
04Power and industrial equipment

Primary questionWhere is the thermal margin?

OutputsTemperature · flow · heat flux

SystemsCompute · power · industrial

Vehicles & Marine

Vehicles and marine

Study the flow before you build the vehicle.

Compare geometry, operating conditions, and appendages without rebuilding the analysis stack for every run. The workflow applies to ground vehicles, marine and naval craft, and autonomous platforms where drag, wake behavior, and efficiency are design constraints.

DrivAer vehicle external flow simulation — DrivAer / external flow

Cargo vessel at a marine terminal — Marine vessel / design context

01External flow studies
02Drag, lift, and wake structure
03Marine and naval hull studies
04Automated comparison across variants

Primary questionWhere does the flow separate?

OutputsForces · wakes · pressure fields

ProgramsAutomotive · marine · naval

Flight, Space & Defense

Flight systems

From lift and drag to flight software.

Run the same workflow across aircraft, UAVs, launch vehicles, and spacecraft. Navier handles repeatable setup and analysis for aerodynamics, structural loads, and flight software so engineers can focus on the tradeoffs that move the program.

CRM aircraft pressure coefficient contours — CRM / pressure coefficient

Spacecraft above Earth — Space systems / orbital context

01External aerodynamics
02Structural loads and FEA
03GNC and system identification
04Supersonic and ascent conditions

Aero solverVentus CFD

StructuresFerro FEA · beta

Flight softwareStellaRust GNC / HAL

Bring the problem you’re solving.

Share a geometry, an operating envelope, or a specific performance question. We’ll help define the first study and show where Navier fits in the workflow.

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