XFracod builds on the well-established concepts of FRACOD, originally developed by Shen & Stephansson, and aims to take the next step towards a modern, flexible, and high-performance fracture simulation tool. While staying rooted in the original modeling philosophy, we are working to improve computational performance, usability, and integration with modern workflows.​

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From Fortran 90 to Modern C++

We have migrated the legacy FRACOD Fortran code to C++, with the aim of improving speed, scalability, and maintainability for current and future applications.

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Why C++?

Modern C++ provides greater flexibility in memory management, parallel computing, and access to advanced numerical libraries - essential for simulating complex fracture processes efficiently.

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Modular & Collaborative Software Design

We follow a modular architecture, separating simulation core and GUI, and supporting collaborative development through Git-based workflows.

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Visualization & Insights with Python

Per-cycle data generation combined with Python-powered analytics aims to make result interpretation easier, more flexible, and customizable for users.