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CFD, FEA, Turbulence

Mathematics is perfect but has limitations!

Realm on Numerical Simulations!

Uses of any numerical methods such as Computational Fluid Dynamic (CFD) Simulations for fluid mechanics and heat transfer problems in industry have many virtues. Such tools and methods not only help make products better but also lead to reduction in the overall product development cycle time.

Werner Heisenberg: When I meet God, I am going to ask him two questions: why relativity? And why turbulence? I really believe he will have answer for the first! […]

  • Turbulence

    Modeling of the eddies where kinetic energy is lost through viscous dissipation. […]

  • Boundary Layers

    Boundary layers govern CFD simulation results. Know more about y+.[…]

  • Monte Carlo Method

    Numerical simulation can be based on probabilistic methods too! […]

Aerodynamics

The flow over bluff bodies has applications ranging from electrical high tension wires to cars to aeroplanes

Flavours of Numerical Methods

Topics in CFD and Structural Analyses

  • FEA in Excel

    A step by step approach to explain FEA methodology […]

  • Mesh Generation

    Meshing for CFD is 50% capability and 50% art! […]

  • Rotating Flows

    Flow through turbo-machines: centrifugal blower […]

  • Symmetric Geometries

    Automation in ICEM CFD - Labyrinth seals […]

  • Write your own code?

    Fortran programs for Gauss Elimination & TDMA […]

  • Try Free Softwares?

    Learn methods of simulations using OpenFOAM […]



  • Shape Function

    Complicated mathematical arrangement demystified! […]

  • Validate Results

    CFD can be Colorful Fluid Dynamics! […]

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The content on CFDyna.com is being constantly refined and improvised with on-the-job experience, testing, and training. Examples might be simplified to improve insight into the physics and basic understanding. Linked pages, articles, references, and examples are constantly reviewed to reduce errors, but we cannot warrant full correctness of all content.