TesboCFD

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TesboFlow

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TesboFlow Architecture

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    Engineered for the limits of modern GPU architecture, breaking boundaries of traditional computational fluid dynamics.

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    0Simulation Progress100%1000x SpeedupCPU Cluster (7 Days)1000x Speed

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    NATIVE CUDA KERNELS

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    DOUBLE PRECISION LATTICE

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    AI SURROGATE CFD EMULATOR

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    Interactive fluid dynamics playground

    Real-time Navier-Stokes Wind Tunnel

    Test fluid mechanics in real time directly in your browser. Select a preset airfoil shape, cylindrical vortex shedding obstacle, or draw custom solid boundaries with your finger to observe dynamic vorticity and pressure waves.

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    FLOW: 14.0 m/s (60 FPS)
    14 m/s

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    2D Finite-Volume Navier-Stokes & Jacobi Relaxation Solver
    Model: Incompressible Viscous Navier-Stokes (Grid size: 64×32)

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    "By solving the Boltzmann equation at the microscopic particle level rather than approximating Navier-Stokes differential equations at the macroscopic level, we capture the true statistical nature of fluid motion."

    — Tesbo, Project Founder

    Lattice Boltzmann Framework
    fi(x+eiΔt, t+Δt)−fi(x, t)=−ω[fi(x, t)−fieq(x, t)]

    Numerical discretization of Boltzmann transport equation with BGK approximation. Viscous shear stress emerges naturally from stream-collision relaxation dynamics, allowing seamless GPU kernel scaling.

    D3Q19 Discrete LatticeDouble Precision (FP64)

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    Tesbo

    Tesbo

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    tesbocfd.comgithub.com/Tes-bo

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