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Where is Flownex used?

 

Flownex is a system and sub-system simulation tool used to design and integrate thermal hydraulic systems

 

Flownex enables engineers to predict, design and optimise for; flow rates, pressures, temperatures, and heat transfer rates in any fluid system. 

 

Flownex can design and optimize closed and open loop flow and heat transfer systems with any amount of branching flows (diverging and converging) and inlets and outlets. Such systems include anything from ventilation systems, water and gas distribution systems up to boiler designs and complete power generation cycles.

 

What sets Flownex apart?


—Simultaneous simulation and integration of:
  • —Complete homogeneous two-phase fluids,
  • —Non-Newtonian fluids,
  • —Slurry,
  • —Liquids,
  • —Gases,
  • —Gas mixtures,
  • —Incondensable mixtures,
  • Heat transfer,
  • Mechanical systems,
  • Control systems,
  • Electrical systems, and
  • User defined or external components and software from other vendors, links to existing proprietary codes and legacy software.
—Both steady and dynamic simulation.
  • —Fluid momentum, thermal capacitance and mechanical inertia
—NQA1 and ISO 9001 accreditation.

 

Latest News

M-Tech Industrial (Flownex design authority) will be attending the 4th International Topical Meeting on High Temperature Reactor Technology (HTR 2008), which will be held in Washington, D.C. The biennial conference is a venue for nuclear experts to discuss issues related to high temperature gas-cooled reactors, which are widely considered within the industry to be one of the more promising reactor concepts. The meeting, to be held from Sept. 28–Oct. 1, 2008, is a dedicated forum for experts on high temperature reactor (HTR) technology. The reactors are said to offer a number of advantages, including improved safety and economics, shorter construction times, distributed generation, and high temperature availability for hydrogen production and other process heat applications. Some of the Flownex related article topics presented are:

1) PROVIDING THERMAL-HYDRAULIC BOUNDARY CONDITIONS TO THE REACTOR CODE TINTE THROUGH A FLOWNEX-TINTE COUPLING.

2) A TECHNIQUE TO SIMULATE A TUBE BREAK IN A HIGH-PRESSURE GAS/COOLING WATER HEAT EXCHANGER.

3) INTEGRATED SYSTEMS CFD MODELLING APPLIED TO DIFFUSION-BONDED COMPACT HEAT EXCHANGERS.

More information regarding these papers will be provided shortly.