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Feel++ User Manual

    • Introduction
      • What is Feel++?
      • What is the purpose of this manual ?
      • What is the scope of this manual?
      • Who is this book for?
      • Where to discuss about this manual
      • How to contribute to this manual
    • How Feel++ works
    • Get Feel++
      • Install From Containers
        • Docker
        • Singularity
      • Install From Linux Distribution
        • Debian and Ubuntu
      • Install From Sources
        • Programming Environment
          • Linux
            • Ubuntu
            • Debian
          • Mac
            • Xcode
            • Homebrew
            • MacPort
          • Windows
          • Compiling Third Party Software
        • Compiling
        • Testing
    • Using Feel++
      • Starting Feel++ with Docker
        • Installation
        • Usage
      • Using Feel++ Tools
        • Remote Data
        • Mesh Partitioner
        • Mesh Exporter
        • FMI FMU
    • Using Feel++ in C++
      • Minimal application
      • Laplacian quickstart application
        • Variational Formulation
        • Conforming Approximation
        • Feel++ implementation
        • Test cases
          • Circle
          • Feelpp2d
          • Feelpp3d
    • Using Feel++ in Python
      • pyFeel++
        • Initializing Feel++
        • Creating a mesh
        • Creating a function space and interpolating
        • Exporting results for visualisation
      • pyFeel++ Toolboxes
        • Heat Transfer
        • Electrostatic
        • Fluid Mechanics
        • Solid Mechanics
    • What’s Next?
    • Acknowledgments
      • Funding
      • Contributors
      • Consortium
    • Glossary
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Feel++ Toolboxes in Python

Exporting results for visualisation Heat Transfer
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