Aerospace & Defense

With clients experiencing rising customer expectations (including lower costs, tighter deadlines, and increased capabilities) it is more challenging than ever to compete in this industry. Find out how we can help you.

About

Consulting & Training For The Aerospace Industry

The Aerospace & Defense industry has increasingly become a more competitive market. Suppliers require integrated and multi-functional processes to increase production efficiency, maintain high quality products and reduce production costs.

VIAS3D provides integrated, innovative, and cost-effective engineering and software solutions to support the tough operating conditions of the Aerospace & Defense industry, such as atmospheric pressure, humidity, temperature, and structural loads.

Years of Experience

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Our Aerospace Concentrations

Challenges faced by the industry include

We have experience helping Airframe Original Equipment Manufacturers (OEMs),
Aerospace Suppliers, and airports – from ideation to roll out.

Rebuilding Passenger Confidence

Driving Down Costs

Enabling Flexible Production

Transforming the Supply Chain in the Value Network

Developing Sustainable Technology and Services

FEA For Aerospace

Aerostructure, Spacecraft and Satellites: Concept analyses and design verification, structural validation at subsystem level (aircraft certification)
Composite Structures: Laminate damage, crack propagation, progressive damage modeling, BVID (Barely Visible Impact Damage), optimization of aircraft winglet
Ballistic Events: Impact dynamics and blast analysis, bird-strike simulation
Aeroengines: High temperature (weld-joint analysis), creep, and wear
Landing gear: Vibration, contact, friction failure analysis

CFD For Aerospace & Defense

Aerodynamics: Aerofoils, wing-design, wing-body fairing design, drag prediction, stability and control, aero loads generation, VTOL, UAV
Thermal Management: Cabin comfort, ECS inlet design, nozzle and avionics cooling, ventilation, heat exchangers, fan performance, conjugate heat transfer
Propulsion: Propellers, nacelle design, inlet of engine design, thrust reverser, nozzle design, jet engines, rocket motors, combustor design
Aeroacoustics: Cabin acoustics, noise control (landing gear, wing, cavity, propeller, and fan), jet-screech
Fuel Systems: Fuel delivery systems, fuel sloshing, fuel system design, fuel pumps
Environmental Control Systems: Engine integration, APU integration, ducting and heat exchangers, ice protection system, fogging and defogging, dust accrual
Fluid-Structure Interaction (FSI): Aeroelastic prediction, wing flutter, dynamic fluid body interaction

EMAG For Aerospace

Communication & Detection: Antenna/antenna array design, installed performance, co-site interference, radome design, Radar cross-section analysis
System Electromagnetic: Lightning-strike protection, HIRF and EMP
Components Design: MW&RF components, 2D and 3D filters, tunning/optimization, Multiphysics analysis, RF vacuum breakdown, Ionization breakdown