Get StartedWe have worked on projects in a number of disciplines within the aerospace industry.
Airbus Cabin Airflow
Rotor Dynamics
Nacelle Mesh
Previous Aerospace Consulting Projects
- Acceleration and pressure analysis of titanium potable water tanks on Boeing aircraft
- Stress (proof, burst, HCF, LCF) analysis of exhaust components on Sikorsky helicopters
- Dynamic analysis of a heads-up display on Boeing aircraft
- Fatigue analysis of Flexible and V-band clamps
- Structural analysis of 777X Engine Anti-Ice System
- Mechanism analysis of F-15 landing gear to determine both extension/retraction and joint loads
- Fatigue analysis of F-15 landing gear to determine cycles to failure based on mechanism analysis
Common Aerospace Simulation Topics
Aerostructures
- Metallic and composite materials
- Weight and mass control
- Welding, riveting, bonding
- Mechanical systems
- Safety systems
- Oxygen delivery
- Exits
- Slides
Auxiliary Power Units (APU)
- Complete Turbo System
- LP and HP compressors
- Combustion chamber
- HP and LP turbines
- Installations
- Alternators
- Inlets
- Core-compartment
- Leaks and fire extinction
- Fixings and attachments
- Multi-Disciplinary
- Stress
- Thermal
- CFD
- Emag
- Combustion
- Rotordynamics
- Blade Shedding
Cabin & Cockpit
- Air conditioning
- Natural, mixed, and forced convection
- Comfort indices, PPD, PMV (ISO 7730)
- Humidity
- Solar loading
- Seating arrangements
- Locking system
- Stress prediction
- Belts
- Fatigue
- Overhead compartment
- Durability and fatigue
- Openings
- Modal analysis
Electronics
- Avionics Cooling
- Conjugate heat transfer
- Thermal stress
- Modal Analysis
- Random vibration
- Drop test
- Pre-stressed modal analysis
- Safety and durability
- Impacts
- Perforation
- Rack assemblies
- Stress
- Fatigue
- EM Interference
- High and low frequency
Engine Design
- Complete turbo systems
- Fans
- LP and HP compressors
- Combustion chambers
- HP and LP turbines
- Installations
- Mixers and chevrons
- Inlets
- Core-compartment
- Leaks and fire extinction
- Fixings and attachments
- Multi-disciplinary
- Stress
- Thermal
- CFD
- Combustion
- Rotordynamics
- Bird strikes and blade shedding
Flaps & High Lift Devices
- Performance
- Lift, drag, weight
- Transients
- Moving and deforming bodies
- One- and two-way fluid-structure interactions
- Multibody flexible dynamics
- Acoustics
- Modal analysis
- External CAE couplings
- Structures
- Stress and deformations
- Axis and bearings
- Fatigue
Fuel, Air & Hydraulics Systems
- Multi-purpose
- Valves, pipes, ducts, tanks
- Bleed
- Compressor lines
- Filters
- Mixing
- Air, skydrol, fuel
- Optimization
- Fully parametrized process
- Design of experiments
- Design for Six Sigma
- CAD integration and connectivity
- Workbench bi-directional connectivity
- FLUENT for Catia V5
- Fluid structure interaction
- One-way stresses and deformations
- Two-way moving and deforming bodies
- Multibody flexible dynamics
- Multiscale modeling
- 1D software couplings
Landing Gears
- Acoustics
- Flow
- Mechanical systems
- Multibody flexible dynamics
- Stress and deformation
- Braking systems
- Thermal transients
- Tires
- Deformation
- Explosion and perforation
Nacelle
- Pylon design
- Stress and deformations
- Fatigue
- Vibrations
- Mechanical systems
- Impacts and perforations
- Bird strikes
- Blade shedding
- Core-compartment
- Thermal environment
- Ventilation
- Fire extinction
- External shape
- Inlet
- External aerodynamics
- Aeroacoustics
- Mixer and chevrons
- Icing
Wings
- External Aerodynamics
- Advanced turbulence and transition modeling
- Best-in-class meshing
- Perforations and impacts
- Welding and riveting
- Fatigue
- Fluid-structure interaction
- One- and two-way interaction
- Aeroelasticity analysis
- Anti-icing systems
- Fuel tanks
