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Fluidyn-Details

Software Products

This is a fluidyn Product Section

Subcategories

  • Fluidyn-MP (CFD & Multiphysics)

    Fluidyn MP : CFD & Multiphysics

     

    Products_Fluidyn-MP.JPG

     

    fluidyn-MP is a unique design engineer friendly CFD software having multi-physics capability. It has been optimized to do simultaneous simulation of fluid mechanics, structural response, heat transfer and various other design problems, especially for mechanical and chemical engineers. It can solve a variety of coupled physical problems such as: Pipe flow transportation, chemical reactors, fuel cells, aero-elasticity of planes, wings, train motions, fans, accelerators, blowers, engines, buildings, fire, explosions, drain, bridge oscillations, dam breaks, tank ruptures, sloshing waves, seismic excitations.


    fluidyn-MP can be used by beginners or design engineers in CFD or stress analysis with usermp-solvers.jpg guidance tools as well as by very experienced engineers (advanced features) for the resolution of all kinds of multiphysics problems which may include:

    • Fluid flow analysis by fluidyn-MP NS : Full package, with special added physics, through modules
    • Structural analysis using FEM
    • Heat transfer & thermal deformation of structures
    • Acoustics
    • Electromagnetic coupling
    • Magneto-hydrodynamics
    • Rarefied gas dynamics

     

    fluidyn-MP offers efficient, robust and integrated tools allowing users to perform fluid-structure interaction by coupling Finite Element and Finite Volume models optimally. Over last 15 years, following modules have been developed and consolidated by intensive consultancy services and client usage:

    fluidyn-MP FSI : Fluid Structure-Interaction
    fluidyn-MP CHT : Conjugate-Heat-Transfer
    fluidyn-MP CAF : Coupled-Acoustic-Flows

     

    They are all integrated in fluidyn-MP software platform.

     

    fluidyn-MP is used for engineering purpose and research by industrial R&D and R&T groups, consultancy groups, and universities all over the world. It is used in different application fields for mechanical consultancy and risk analysis.

    ØProcess Industry
    • Petrochemical Industry
    • Metallurgy
    • Nuclear Energy
    • Fuel cells Energy
    • Wind Energy
    • Turbomachinery

    ØVentilation

    Ø Aeronautics

     

     

    Flier Fluidyn_MP

     

     

     

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  • Fluidyn-FLOWSOL (Surface & Ground Water)

    Fluidyn-FLOWSOL , Surface & Ground / Water Pollution

    Software Fluidyn-FLOWSOL for simulation of river pollution, sea water intrusion, aquifer water flow and contamination.JPG

     

    fluidyn-FLOWSOL is self-contained software package designed for simulation of river pollution, sea water intrusion, aquifer water flow and contamination. The module fluidyn-FLOWPOL is dedicated to the surface water simulation. The module fluidyn-POLLUSOL is used for underground water modelling.

     

    Features of fluidyn-FLOWPOL

    • 2D / 3D Surface water pollution
    • Industrial effluents transport and dilution in water (river, sea, ..), deposition and dispersion of sediments and particles, radioactive wastes
    • Monitoring hydro graphic network for floods
    • 2D / 3D surface water hydraulics, effluent discharge
    • Oil-slick movement
    • Solver is based on the Finite Difference method.


    Features of fluidyn-POLLUSOL

    • 3D groundwater flow and contaminant transport model.
    • Solver is based on the Finite Volume method.
    • Flow model is based on Darcy's law and mass conservation for porous medium
    • Groundwater contaminant transport model is based on well-established Fluid Dynamics principles, amongst which: advection, molecular diffusion, longitudinal dispersion, transverse dispersion, linear sorption and 1st order decay rate reactions.

     

    Main Usages :

    • Unsaturated porous media for solute transport
    • Decay chain reactions in the source
    • Source term for radioactive waste disposal, deep geological repositories, tailing ponds and open cast uranium mines
    • Dose rate and risk factors
    • Flow flux, aquifer leakage, river leakage and well boundary conditions
    • Transient flow simulation
    • Exclude blocks
    • Monitor points
    • Compressible porous media
    • Irregular and fractured media
    • Estimation of subsoil water resources

     

     

     

     

     

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