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GRANADA

Geohydrodynamics Resolution by Advanced, Numerical, and Accurate Differentiation Approaches (GRANADA) is an in-house CFD code library for physical oceanography

Popular repositories

  1. Best-Practice-for-Code-Verification Best-Practice-for-Code-Verification Public

    Code to calculate the order of convergence, GCI index and asymptotic range using the theory of Richardson

    MATLAB 2

  2. BETES BETES Public

    The Baroclinic Ekman Transport Equation Solver is a numerical code to simulate wind-driven surface boundary layer currents for steady-state 1D problems.

    MATLAB

  3. NONASPE NONASPE Public

    The non-newtonian accurate solver for planetary estuarines is a numerical code to simulate steady-state 1D estuarines with a power law model.

    MATLAB

  4. Free-motion-on-a-rotating-frame Free-motion-on-a-rotating-frame Public

    An academic example comparing different time integration techniques for a Coriolis force-only motion.

    MATLAB

Repositories

Showing 4 of 4 repositories
  • Free-motion-on-a-rotating-frame Public

    An academic example comparing different time integration techniques for a Coriolis force-only motion.

    MATLAB 0 GPL-3.0 0 0 0 Updated Dec 7, 2023
  • BETES Public

    The Baroclinic Ekman Transport Equation Solver is a numerical code to simulate wind-driven surface boundary layer currents for steady-state 1D problems.

    MATLAB 0 GPL-3.0 0 0 0 Updated Jun 5, 2023
  • NONASPE Public

    The non-newtonian accurate solver for planetary estuarines is a numerical code to simulate steady-state 1D estuarines with a power law model.

    MATLAB 0 GPL-3.0 0 0 0 Updated Jun 4, 2023
  • Best-Practice-for-Code-Verification Public

    Code to calculate the order of convergence, GCI index and asymptotic range using the theory of Richardson

    MATLAB 2 GPL-3.0 0 0 0 Updated Mar 17, 2022

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