Geometry.
Meshing.
Algorithms.
Foundations for the next generation of Computer Aided Engineering.
TheMeshProject is an open, evolving resource dedicated to the science and engineering of geometric modeling, mesh generation, and computational tools for simulation.
Geometry.
Differential, analytic, and computational geometry explained with clarity and engineering intuition.
From curvature to intersections, each concept is grounded in real CAE workflows.
Learn moreMeshing.
Mesh types, quality metrics, refinement strategies, and curvature-aware discretizations.
Understand how geometry becomes simulation-ready structure.
Learn moreAlgorithms.
Segmentation, feature line detection, surface reconstruction, and mesh optimization.
Clean explanations, practical code, and visual examples.
Learn moreMission Statement
TheMeshProject advances the core technologies that drive Computer Aided Engineering by focusing on precise modeling, robust mesh generation, and algorithmic foundations for simulation.
We develop clear, engineering-oriented explanations of curvature, topology, segmentation, and feature preservation, supported by practical algorithms and interactive tools that expose the structure of complex models. Our goal is to strengthen the geometry-to-mesh pipeline with methods that are reliable, scalable, and grounded in computational rigor.
Interactive 3D Model Viewer
Explore 3D models directly in your web browser with our interactive viewer. Rotate, zoom, and pan around complex geometries to examine details and understand structure. Ideal for presentations, educational purposes, or simply appreciating the intricacies of 3D designs.
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Practical insights into geometry, meshing, and simulation workflows.
Geometry and meshing are the hidden bottlenecks of simulation — and we are here to make them visible.
These articles offer clear, example-rich explanations of the challenges engineers face in CAE workflows,
from fragile topology to mesh collapse.
Whether you are cleaning CAD, debugging Booleans, or just trying to understand why your mesh will not converge,
this is your guide to the geometry behind the analysis.
List of Articles.
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Why Geometry Is Challenging in CAE: A Practical Guide Learn more
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Curvature: The Secret Behind High-Quality Meshes Learn more
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Mesh Quality Metrics Every Engineer Should Know Read more
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Feature Line Detection in Surface Modeling Read more
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Segmentation Techniques for Complex Geometry Read more
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Curvature on Surfaces: Theoretical Foundations for Discrete Curvature on Triangle Meshes Read more
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Curvature Estimation on Triangle Meshes: From Theory to Implementation Read more