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Flite 3D simulation
With codes and algorithms supporting accurate simulation increasing in complexity and detail, delivering the technologies and high performance computing platforms needed to execute simulations in a timely manner is critical to meet ever more demanding product development timescales.
Our High Performance Computing expertise provides the technologies and skills that underpin innovative product and design solutions.
With several decades’ experience focused on maximising application performance with a High Performance Computing (HPC) environment, we deliver the tools and skills that underpin innovative product and design solutions. We specify and operate our own HPC systems for research and capability development and to provide benchmarking facilities to support production systems acquisition.
We were early adopters and active developers of distributed – or GRID – computing for application in industrial environments. Using the internet to co-ordinate and share resources such as software, hardware, databases and storage, GRID provides a vision of seamless user access from any place at any time. Our development activities have provided a wealth of knowledge and experience in the integration of legacy tools and environments into secure, standards-based Grid infrastructure.
Having executed a desired simulation, our flexible post processing suite enables us to extract specific information from very large datasets. Under the direction of our customers we offer a highly sophisticated toolset used for model preparation and visualisation of processed data, including movie rendering and virtual-reality exploration of results. Additional services are delivered in the areas
of CAD geometry repair and preparation, surface and volume meshing, enabling the creation of models which can then be used for
computational engineering activities. Providing computing platforms and tools that support applications from aerodynamics and
electromagnetics through to communications and human performance, we deliver against the most stringent technology requirements for
modelling and simulation, enabling our partners and customers to develop and deliver industry leading solutions.
- Computer Aided Design (CAD)
- Distributed computing (GRID)
- High performance computing
- Mesh generation
- Post processing and visualisation
Case Studies
See below for case studies showing examples of Simulation and Modelling.
- Intercept Geometry Modelling of Warhead
- Determination of Optimum Driving Speeds in Adverse Weather Conditions
