v0.3.1

XCALibre v0.3.1

Diff since v0.3.0

Merged pull requests:

• Improve documentation and gradient limiter calculation (#12) (@mberto79)
• fix diplay error when moving mesh to GPU and make main the development branch (#13) (@mberto79)
• add note to improve multithreaded performance to planned dev work (#14) (@mberto79)

v0.3.0

What's Changed

• New name - XCALibre.jl - which is now registered in the General Julia registry
• Can do 3D and GPU accelerated simulations
• Can read .unv and OpenFOAM mesh files (3D)
• Can do incompressible and compressible simulations
• RANS and LES models available
• User-provided functions or neural networks for boundary conditions
• Reasonably complete "user" documentation now provided
• Made repository public (in v0.2 the work was kept in a private repository and could only do 2D simulations)
• Tidy up mesh type definitions by @mberto79 in #5
• Adapt code base towork with new mesh format by @mberto79 in #6
• Mesh boundary struct changes PR by @TomMazin in #7
• Mesh boundary struct changes pr fix by @TomMazin in #8

New Contributors

• @mberto79 made their first contribution in #5

Full Changelog: v0.2.0...0.3.0

v0.2.0

New mesh format and type implemented that are GPU friendly.

No functionality changes

v0.1.0

Intial release

2D implementation of classic incompressible solvers for laminar and turbulent flows:

• Framework for equation definition
• SIMPLE nad PISO algorithms
• Read UNV meshes in 2D
• Capability for RANS models
• Various discretisation schemes available
• Planned extension to 3D and GPU acceleration!