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Save time and
money in your design process with virtual engineering and testing
using our wide range of specialist design tools including design
guides and simulations using computational fluid dynamics (CFD)
and finite element analysis (FEA). BHRSolutions
helps improve the plant, system and product design process with
a wide range of modelling services which use an array of simulation
tools, backed up by physical testing
facilities.
Whether you need to bring a new or modified product design to market
quickly, to predict a major change in your process or equipment,
or to model a failure incident, our facilities can help you.
Computational
Analysis and Simulation
Our computational
analysis, modelling and simulation techniques range from simple
spreadsheets to the development of complex CFD and FEA codes and
MathCAD models, or knowledge-based or data analysis techniques such
as neural networks, image analysis and wavelet analysis.
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The
Benefits of Virtual Testing
- Review
inherently dangerous processes safely
- Focus
physical testing on optimised processes/equipment
- Maxima/minima
'testing' without damage to test machinery
- Produce
response surface models to predict system behaviour
- Assess
how control and supervisory systems will influence performance
- Trouble
shoot components and systems by analysing field and data
and reproducing the response within a simulation
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Applications
include:
- Flow
modelling in detail using CFD
- Flow
distribution and pressure surge analysis in pipeline networks
- Structural
analysis
- Tribological
assessment of materials
- Image
analysis for droplet counting to assess mixing performance
- Elastomer
Lifetime Prediction model (FEA)
- Explosive
Decompression model - MODES
- Ejector
sizing software
- Mixer
performance models
- Lifetime
cost calculations of major assets for the water industry
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Software
Capabilities
- Assess
complex thermodynamic, reaction, turbulence and flow phenomena
- Change
geometry and fluid properties and view results instantly
- Virtual
engineering of whole systems
- Assess
operating environment effects on new and aged materials
- Assess
effects of design or process changes
- Vary
material properties, and identify ideal materials of construction
- Simulation
and analysis of nonlinear phenomena and materials
For more
information, please see the capabilities
listed in each area, or contact us
or review case studies of our
work.
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Pressure
surge modelling with Flowmaster ™
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