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Aerospace

Aerospace Computational Services

Comprehensive aerospace engineering solutions — from high-fidelity CFD to rapid methods that make iteration affordable, all validated against wind tunnel and flight test data.

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Computational Fluid Dynamics (CFD)

High-Fidelity RANS Analysis — Reynolds-Averaged Navier-Stokes simulations for complex configurations, including transonic flow analysis, multiple turbulence models, and validation against experimental data.

Rapid Aerodynamic Methods — Quasi-3D methods combining 2D viscous data with lifting-surface theory, plus panel-boundary layer techniques, delivering results up to 100× faster than full RANS.

Solver Development & Customisation — Custom boundary condition development, OpenFOAM modifications, and compressible potential-flow solvers.

Aerodynamics & Loads

  • Preliminary design aerodynamics with airfoil optimisation
  • Detailed aerodynamic analysis including drag polars and stall characteristics
  • Loads analysis covering manoeuvres, gusts, and landing scenarios
  • High-lift system design with multi-objective optimisation
  • Machine learning surrogates for rapid design exploration

Aeroelasticity & Fluid-Structure Interaction

  • Static aeroelasticity analysis (wing deformation, control surface reversal)
  • Dynamic aeroelasticity including flutter and gust response
  • Aeroservoelasticity with flight control integration
  • Wing optimisation accounting for in-flight flexibility

Store Separation & Weapons Integration

  • Six-degree-of-freedom trajectory simulation
  • Aerodynamic database generation for external stores
  • Separation clearance envelope definition
  • Carriage loads and aeroelastic effects analysis

CFD Validation & Verification

  • Wind tunnel correlation with pre- and post-test analysis
  • Grid convergence studies and turbulence model sensitivity assessment
  • Compliance with solution verification standards

Optimisation & Design

  • Multi-objective optimisation using genetic algorithms
  • Pareto front generation and trade-space visualisation
  • Geometry parameterisation with FFD and RBF techniques

Software & Tools

CFD

ANSYS FluentSTAR-CCM+CFXOpenFOAMSU2PyFR

Structures & Optimisation

ANSYS MechanicalNastranPythonMATLABModelCenterDAKOTA

Mesh Generation

ICEM CFDPointwiseGmsh

Deliverables

  • Technical reports with validation evidence
  • CFD solution files and post-processing scripts
  • Aerodynamic databases
  • Optimised geometries with performance studies
  • Training materials and knowledge transfer sessions
  • Publication-quality visualisations
  • Design improvement recommendations

Discuss your aerodynamics or aeroelasticity problem.

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