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Fluidsim

Listed
davila7·vlatest·other·MIT

Fluidsim simulates fluid dynamics for various scenarios, offering valuable insights for design and analysis where accurate flow behavior is crucial.

Repository

Install on your platform

Showing Claude Code. One command installs this skill into any of the agents below.

  1. 1

    Run this in your project

    terminal
    $ npx skills add davila7/claude-code-templates --skill fluidsim -a claude-code

  2. Uses the open-source skills CLI and needs Node.js. Add -g to install it for your user instead of this project.

What we know about this skill

Publisher

davila7

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Install target

Live repository

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scanned

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Not scanned. none of the 457 skills in the repository match this slug — it was most likely renamed or removed upstream after the registry indexed it Source recorded as davila7/claude-code-templates.
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About this skill

The fluidsim skill enables AI agents to perform computational fluid dynamics (CFD) simulations directly within their environment. It allows users to define geometry, set boundary conditions, and execute physics-based flow analysis without external software dependencies.

When to use it

  • Analyze airflow patterns around custom 3D objects for aerodynamic optimization.
  • Simulate heat transfer and fluid mixing in chemical engineering processes.
  • Validate structural integrity of designs by modeling stress under fluid pressure loads.
  • Rapidly prototype hydrodynamic behaviors for marine or automotive applications.

Key capabilities

  • Generates meshed computational grids for complex geometries automatically.
  • Solves Navier-Stokes equations to predict velocity, pressure, and temperature fields.
  • Supports various boundary conditions including inlet, outlet, walls, and symmetry planes.
  • Visualizes simulation results through vector plots, contour maps, and streamlines.

Example prompts

  • "Run a steady-state CFD simulation on this cylinder shape with air flowing at 20 m/s."
  • "Set up a transient fluid dynamics model to observe how dye disperses in a stirred tank."
  • "Calculate the drag coefficient for this wing profile by simulating airflow at Mach 0.8."

Tips & gotchas

Ensure your input geometry is watertight and properly closed before initiating a simulation, as gaps can cause solver errors. For highly turbulent flows, specify appropriate turbulence models (e.g., k-epsilon or k-omega) to improve accuracy.