01 · Aerodynamics
Aerodynamics & External Flows
Quantify forces, pressure distributions, separation and wake behavior on complex external geometries.
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Airfoil and wing aerodynamics
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UAV and aircraft configurations
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Drag and lift prediction
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Flow separation
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External vehicle flows
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Aerodynamic optimization
02 · Turbulence
Turbulence & High-Fidelity CFD
Resolve unsteady flow physics when conventional steady-state methods are not enough.
RANS and RSM
LES
DES / DDES
Transitional flows
Unsteady flow physics
Turbulence-resolving studies
03 · Thermal
Heat Transfer & Thermal Management
Understand temperature fields, cooling performance and coupled fluid–thermal behavior.
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Conjugate heat transfer
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Electronics cooling
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Thermal management
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Forced / natural convection
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HVAC
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Thermal design optimization
04 · Advanced Physics
Multiphysics & Advanced CFD
Model coupled or highly unsteady phenomena using flexible open-source simulation workflows.
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Multiphase flow
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Fluid–structure interaction
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Moving / deforming meshes
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6-DOF simulations
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Aeroacoustics
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Compressible flows
Workflow
A clear route from question to engineering decision
1
Define
Physics, objectives, inputs and decision criteria.
2
Build
Geometry preparation, meshing and numerical setup.
3
Simulate
Run, monitor, verify and refine the CFD model.
4
Decide
Interpret results and deliver engineering recommendations.