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RTM modelling stage 3
BAE Systems uses world-class modelling and simulation capability that quickly and accurately provides design validation and verification and expedites subsystem/system integration.
State of the art simulation and modelling are the backbone of successful technology.
Using our multiple Visual Integration Labs, the design is built from concept and then to integration using the modelling systems that are fully integrated with our emulation and prototype development systems in the Systems Integration Facility. This system has vast databases to draw upon and makes the creation of a fully compliant objective system fast and affordable.
The Advanced Technology Centre is the custodian of BAE Systems benchmark aerodynamics models. Built over years of experience within the aerospace business, we can offer a comprehensive modelling and simulation capability spanning low speed civil aircraft to transonic applications.
Mathematical Modelling researches, develops and acquires techniques and computer codes to enable the prediction, measurement and analysis of the physical characteristics of products and manufacturing processes, and to enable optimisation of designs. We also research, develop and apply novel technologies to improve the design process (e.g. Grid technologies for e-engineering) and to enable advanced performance of future products (e.g. flow control). Examples of our modelling activities include radar cross section prediction, electromagnetic compatibility-susceptibility and hazards, aerodynamics, fluid-structure interactions and high-velocity impacts.
See the links on the right for products and services using the Modelling and Simulation capability.
Products and Services
- 3D Ice Prediction tool - ICECREMO2
- Aerodynamics
- Airborne Communications for UAVs
- Bird Strike
- Communications
- Computational Fluid Dynamics (CFD)
- Crash Analysis
- Degaussing
- Design and Simulation of Fibre Optic Networks
- Design, Process & Product Optimisation
- Electromagnetics (EM)
- EMMA
- Engineering Methods for Aerodynamic Characteristic Prediction
- Flite3D CFD code for Unstructured Euler Fluid Dynamics
- Human Performance Modelling
- Hydrodynamic Ram
- Infrared Signature Modelling and Measurement
- Installed Antenna Modelling
- Lethality and Vulnerability Modelling
- Lightning, Electromagnetic Pulse (EMP) and Electrostatic Discharge (ESD)
- Low Frequency Modelling
- Manufacturing Simulation
- Marine Environmental Risk Management Capability (ERMC)
- MESAF
- Modelling of Composite Damage
- Modelling of Resin Transfer Moulding
- Necta Sonar Performance Prediction System
- ORACLE Visual Performance Model
- Radio Wave Propagation Modelling
- RANSMB CFD code for Structured Navier-Stokes Fluid Dynamics
- Rapid Engineering
- RAVEn - CAD Repair and Visualisation
- Smoothed Particle Hydrodynamics (SPH)
- SOLAR Rapid Response CFD suite code for Navier Stokes simulation
- Space Weather
- Structural Modelling
- Structural Test
- SUrface PREssure Measurement using Optics (SUPREMO)
- Warfighter Information Network - Tactical