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XFracod - Exploring new possibilities in fracture system simulation

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.

Interested in collaborating or testing XFracod?

We are still learning, developing, and improving - and we would love to involve partners and users in this process.

Feel free to get in touch with us at, info@dynafrax.com

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Borehote breakout simulation

Borehote breakout and fracture interaction simulation

DynaFrax UG (haftungsbeschränkt)
Vopeliuspfad 10, 14169 Berlin, Germany
+49 (0)15783049276
info@dynafrax.com
Managing director: Dr. Jeoung Seok Yoon
Registered in Potsdam Germany, HRB 31247 P
VAT ID: DE 319379221

Corporate Member of ISRM (International Society for Rock Mechanics and Rock Engineering)

Following two companies are our strategic partners.

Fracom Oy LTD. in Helsinki, Finland
DYNAFRAX KOREA LTD. in Pohang, Korea

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