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Atrium smoke management system design: CFD assesses the impact of exhaust rate and make up air distribution on air speed patterns, temperature distribution and smoke layer height.

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  • CFD Modelling

    Computational Fluid Dynamics (CFD) is a computer modeling technique for simulating fluid flow.  RWDI uses proprietary and commercially available CFD codes for a variety of applications to best match project needs.

  • Benefits

    Able to assess multiple design configurations in a cost effective and efficient manner.

    Interpretation: Results for the entire model domain are presented using colored images, animations and numerical analysis.

  • Key Features

    Complex physics of fluid flow: CFD can be used to predict quantities at millions of points in a space. Steady state and transient simulation types presents flow physics over prolonged periods or variances in time.  Air speed and direction, temperature, humidity, pressure, turbulence levels and concentrations of contaminants are commonly studied with CFD.

    High performance computing capability: RWDI’s Computer Cluster processes CFD simulations quickly.