Added nTop, Gibbon, Material Selection, Nonlinear#1
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Pull request overview
Adds two new long-form posts to the site covering tooling used in the dissertation context (nTop generative design and the GIBBON MATLAB FEA toolbox).
Changes:
- Added a new post introducing the GIBBON MATLAB Toolbox and its FEA/biomechanics workflow.
- Added a new post introducing nTop and its field-driven generative design approach.
Reviewed changes
Copilot reviewed 4 out of 5 changed files in this pull request and generated 9 comments.
| File | Description |
|---|---|
_posts/2025-04-30-Gibbon-Matlab-Open-Source-FEA.md |
New article page content for GIBBON, including MathJax and external links. |
_posts/2025-04-25-nTop-Generative-Design-Platform.md |
New article page content for nTop, including dissertation reference and external link. |
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| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is aprticularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA softwares. |
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Typo: "aprticularly" should be "particularly".
| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is aprticularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA softwares. | |
| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is particularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA softwares. |
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| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is aprticularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA softwares. |
There was a problem hiding this comment.
Grammar/wording: "FEA softwares" is typically written as "FEA software" (software is generally uncountable).
| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is aprticularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA softwares. | |
| The Gibbon MATLAB Toolbox is a powerful open-source library for finite element analysis and is aprticularly suited for biomechanics and soft tissue modeling applications but has also very powerful latticeand mesh creation and analysis tools. Developed by Kevin Moerman from the University of Galway the toolbox integrates MATLAB workflows with several FEA software. |
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| ### Integration with Simulation Workflows | ||
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| nTop, originally known as nTopology when it was founded in 2019 is relatively new but managed to establish itself in 3D printing design optimisation through its integration with existing finite element analysis workflows and softwares. One interesting application is the thermal optimisation of a radiators geometry using gyroid TPMS lattices. |
There was a problem hiding this comment.
Possessive typo: "a radiators geometry" should be "a radiator's geometry" (or rephrase to "radiator geometry").
| nTop, originally known as nTopology when it was founded in 2019 is relatively new but managed to establish itself in 3D printing design optimisation through its integration with existing finite element analysis workflows and softwares. One interesting application is the thermal optimisation of a radiators geometry using gyroid TPMS lattices. | |
| nTop, originally known as nTopology when it was founded in 2019 is relatively new but managed to establish itself in 3D printing design optimisation through its integration with existing finite element analysis workflows and softwares. One interesting application is the thermal optimisation of radiator geometry using gyroid TPMS lattices. |
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@copilot open a new pull request to apply changes based on the comments in this thread |
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Added several old articles to the new website.