FLOWNEX
Flownex® SE determines pressure drop and heat transfer
Driving thermal-fluid flow simulation software
Flownex simulation environment delivers technology that enables you to study how systems will behave in the real world, where fluid is the driving factor.
Flownex® system simulation relays the overall effect of changing specific properties have on various components, allowing clients to examine extensively all the possible variations in the design and optimization of systems.
Flownex® is developed to meet ISO 9001:2008 and NQA1 quality assurance system and environmental standards. Flownex® is also the only software of its kind to hold a nuclear accreditation, a testament to the quality, reliability and accuracy of its simulation capabilities.
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Flownex Simulation Environment (SE) is a fast, reliable and accurate total system and subsystem solution to thermal-fluid simulation, enabling you to rapidly predict, design and optimise for flow rates, pressures, temperatures and heat transfer rates
Key benefits
- Simulates simple sub-systems into complete systems
- Simulates integrated flow, heat transfer, mechanical and control systems
- Rapidly runs 1000’s of simulations
- Users require only typical engineering design parameters
- Integrated simulations and fast configurations
- Fast configuration
Industry applications
Hydrogen
With green hydrogen offering a renewable solution for future energy needs, Flownex supports the research, design and development of electrolysis, fuel cell and related systems.
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Nuclear and SMR
Flownex can help nuclear and SMR plant design, from feasibility studies and performance assessment to plant response and accident scenario investigations.
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HVAC
Flownex can efficienctly analyze and help optimize cooling and heating systems, from ducting design to complex refrigeration cycles.
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Data Centres
Flownex enables data centre cooling performance to be evaluated at a systems level, while also integrating with Ansys for co-simulation studies.
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Gas Turbines
Flownex simultaneously solves pressure drop, heat transfer and windage power transfer for the connected components of a complete system in both steady-state and transient simulations.
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Supercritical Carbon Dioxide (sCO2)
Different cycle layouts for supercritical CO2 processes can be simulated with two-phase properties using Flownex to support research and development.
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Aerospace & Defence
Flownex enables the accurate and efficient modelling and simulation of many aerospace and defence related systems, from fuel delivery and hydraulics to environmental control and life support.
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Spaceflight
Advanced space propulsion systems, such as cryogenic liquid rocket engines, featuring many interconnected components can be modelled and simulated using Flownex.
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Industrial Processes
Flownex predicts the thermo-fluid performance of connected components within industrial process systems, including compressors, pipes, tanks, valves and heat exchangers.
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Oil and Gas
With Flownex, integrated system analysis can be performed including design and modelling of pipe systems, valves, turbomachinery and other oil and gas related applications.
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Gas Processing
Flownex can be used for a wide range of gas processing related applications, determining pressure drop and heat transfer within steady state and transient conditions.
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Academic and Start-Up
Competitively priced Flownex research licenses for advanced development and start-up initiatives are available, together with teaching resources for fluid mechanics, heat transfer and thermodynamics.
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Flownex simulation snvironment can be configured to your requirements from a series of modules.
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