This software allows for utilization of 3D trishear models.
Trishear3D is an exceptional software tool that offers robust features for handling three-dimensional trishear models. The software's functionality is based on both the pseudo-3D algorithm of Cristallini and Allmendinger (2001), and the true-3D algorithm of Cristallini et al. (2004).
This software tool is designed to cater to users who seek to model the geometry and finite strain of compressional and extensional fault propagation folds, fault bend folds, rollovers, and lateral fault propagation. Trishear3D is particularly useful for visualizing geometry and strain data in a 3D plot that can be sliced along any orientation and queried for strain.
Users can also access geometry and strain data in tables that can be exported to reservoir or fracture generation modeling software. This functionality makes it a great tool for investigating the effects of temporal and spatial variations of fault parameters on the geometry and strain field of the associated fold.
The software is available for free, but only for non-profit, academic use. If you are interested in using the software for consulting purposes, contact the author at [email protected].
In conclusion, Trishear3D is a powerful software tool that offers users immense flexibility and accuracy in handling three-dimensional trishear models. Its unique features and capabilities make it an invaluable asset to any researcher seeking to understand the dynamics of fault propagation folds, fault bend folds, rollovers, and lateral fault propagation.
This software tool is designed to cater to users who seek to model the geometry and finite strain of compressional and extensional fault propagation folds, fault bend folds, rollovers, and lateral fault propagation. Trishear3D is particularly useful for visualizing geometry and strain data in a 3D plot that can be sliced along any orientation and queried for strain.
Users can also access geometry and strain data in tables that can be exported to reservoir or fracture generation modeling software. This functionality makes it a great tool for investigating the effects of temporal and spatial variations of fault parameters on the geometry and strain field of the associated fold.
The software is available for free, but only for non-profit, academic use. If you are interested in using the software for consulting purposes, contact the author at [email protected].
In conclusion, Trishear3D is a powerful software tool that offers users immense flexibility and accuracy in handling three-dimensional trishear models. Its unique features and capabilities make it an invaluable asset to any researcher seeking to understand the dynamics of fault propagation folds, fault bend folds, rollovers, and lateral fault propagation.
What's New
Version 4.5: N/A