This repository showcases a collection of finite-element analysis (FEA) examples built with FEAScript and designed to run on Scribbler, an interactive JavaScript notebook environment with pre-loaded scientific libraries.
You can also explore and run these examples live on Scribbler Hub.
- Lid-Driven Cavity Creeping Flow: 2D steady Stokes (incompressible creeping flow) simulation in a rectangular cavity with no-slip walls and a moving top lid, solved with Taylor-Hood mixed finite elements (Q2/Q1).
- Solidification Front Propagation in a 2D Domain: 2D steady-state eikonal equation problem modeling the movement of a solidification interface (e.g., in metal cooling or crystal growth), with constant-value boundary conditions on three sides and zero-gradient on the remaining boundary.
- Advection-Diffusion with a Gaussian Source Term: 1D advection-diffusion problem with a source term, demonstrating the use of constant value and zero-gradient boundary conditions.
- Heat Conduction Through a Wall: 1D heat transfer with convection and constant temperature boundary conditions.
- Heat Conduction in a 2D Fin: 2D heat transfer in a cooling fin with symmetry, convection, and constant-temperature boundaries.
Read the full Scribbler blog post regarding the heat transfer examples: Heat Transfer Finite Element Simulations in JavaScript using FEAScript.
The examples in this repository are released under the MIT license. Note that the core library of FEAScript is distributed under the terms of the MIT license.