A new aerosol deposition model is available.Wind conditions can now by specified via Weibull coefficients.The Dutch and Belgian Fire standards are now selectable.A new comfort index is available: Universal Thermal Climate Index.Have a look at the full list (and what it all means) here!įor older versions please contact can be used in any area where fluids may have an impact on a design and therefore its applications are numerous and is already used in a wide variety of industries including: Marine: design of hulls, sails, propellers.Architecture and building services: External/internal ventilation, HVAC, contaminant dispersion.Jewellery: Investment casting optimization.Aerospace: Aerodynamics, turbomachinery, heat management.Medical: Arterial flow, respiratory flow, effects of non-Newtonian fluids.Transportation: Drag reduction, combustion processes, emissions testing.With RhinoCFD, Computational Fluid Dynamics is now available for Rhino3d users without having to leave the Rhino environment. ![]() It also makes a complex subject matter accessible to many new users, reducing the learning curve necessary to perform the investigations. RhinoCFD’s breadth of scope allows you to simulate complex phenomena such as multiple-phase and compressible flow, heat transfer both inside solids and between solids and fluids, radiation modelling and non-Newtonian flows.Cartesian and Cylindrical Polar co-ordinate meshes.PARSOL cut-cell geometry detection simplifying the mesh generation process.PHOENICS structured sequential CFD solver.Numerous turbulence model options including RANS and LES.Relational Data input without re-compiling.Post-processing inbuilt in Rhino including iso-surfaces, surface contours and streamlines.Special purpose variant for the built environment: FLAIR RhinoCFD can include a variant called FLAIR which is aimed particularly at architects and other built-environment engineers.Pollutant hazards models for both internal and external flows. ![]()
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