AI Solutions for Aerospace
Our AI-powered aerospace solutions revolutionise design and testing processes, enhancing performance, efficiency, and safety. We deliver innovative solutions tailored to the aerospace industry’s unique challenges by leveraging advanced machine learning and optimisation techniques.
Composite Structure Optimisation
Harness AI-powered tools to optimise composite structures for maximum strength, durability, and weight efficiency. Our solutions analyse material properties, simulate performance under various conditions, and deliver tailored designs that meet specific load and environmental requirements. Achieve superior performance and cost-effective manufacturing with cutting-edge optimisation
2D and 3D Wing Design Optimisation
Optimise wing designs with AI-driven solutions for both 2D and 3D models. Our technology leverages machine learning and computational simulations to enhance aerodynamic performance, reduce drag, and improve structural efficiency. Delivering precise, data-backed configurations ensures superior flight performance and faster design cycles.
Automated Design Optimisation of High-Speed Missile
Leverage advanced AI-driven tools to streamline the design process of high-speed missiles. Our solutions enhance aerodynamic efficiency, structural integrity, and propulsion systems by analyzing complex data, simulating performance, and delivering optimal configurations. We ensure faster development cycles, cost efficiency, and peak performance tailored to mission-critical applications.
Non Destructive Testing Automated Image Processing
Utilise AI-powered image processing to enhance non-destructive testing workflows. Our solutions analyse inspection images with precision, identifying defects such as cracks, voids, or material inconsistencies in real-time. This ensures faster, more accurate evaluations while reducing manual intervention, improving reliability, and supporting critical quality control processes.
Real Applications
- Automated Design optimisation of High-Speed Missiles
- Automated Multi-Parameter optimisation over full flight objective
- Automated aerofoil development for advanced aircraft concepts
Why Choose Our AI Solutions for Aerospace?
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Automated High-Speed Missile Design
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2D and 3D Wing Design Optimisation
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Non-Destructive Testing Automation
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Composite Structure Optimisation
By integrating our AI solutions, aerospace companies can achieve superior performance, cost-effective manufacturing, and enhanced safety in their operations.
Propietary Technologies
Neural Networks
Small and agile networks suitable for:
- Classification
- Surrogate development
- Forecasting
- Pattern recognition
Image Processing
Larger Convolutional networks suitable for:
- Image classification
- Image segmentation
- Background removal
- Genetic Algorithms
Genetic Algorithms
Hybrid evolutionary optimisation tools using multiple cross-over / mutation / evolution techniques suitable for:
- Global multi-parameter multi-objective optimisation
Publications
- Michael Blaize, Doyle Knight, Khaled Rasheed, 1998. Automated Optimal Design of Two-Dimensional Supersonic Missile Inlets. Journal of Propulsion and Power.
- Michael Blaize, Doyle Knight, Khaled Rasheed, 1998. Automated optimal design of two dimensional high speed missile inlets. American Institute of Aeronautics & Astronautics.
- Christophe Bourdeau, Michael Blaize, Doyle Knigh, 1999. Performance analysis for an automated optimal design of high speed missile inlets. American Institute of Aeronautics & Astronautics.
Patents
- GB2536006B, Eddy current brake assembly, particularly for a verticle axis wind turbine. UK Patent, Granted 2020.
- US9657714B2, Vertical Axis Wind Turbine Rotor and Aerofoil. US Patent, Granted 2017.
Custom AI Services
