STYX is a dynamic and spatially distributed hydrological model with 2d surface and 3d subsurface water flow and solute transport descriptions. Input files into the model can be created with the mesh ...

atmod is a Python package to build subsurface models with the required input variables for land subsidence modelling with Atlantis Julia (found here). Input for models: Subsurface models are created ...

GIS-based 3D modeling can improve your subsurface visualization and analysis in several ways. First, it can help you integrate and harmonize heterogeneous and incomplete data into a consistent and ...

Visualize and build deep learning models with 3D data using PyTorch3D and other Python frameworks to conquer real-world application challenges with ease. Key Features. Understand 3D data processing ...

The subsurface models GeoTOP and REGIS II are now available as 3D web services. Groundwater monitoring wells and geotechnical sounding surveys have also been developed as 3D web services. Visit the ...

An Adelaide, Australia-based space technology company is revolutionizing mineral exploration by delivering 3D subsurface models in days, dramatically accelerating the acquisition and […] ...

To fully understand the characteristics of subsurface spatial objects and the relationships between them, the integrating multi-source data of geology is demanded. This is made possible to establish ...

Using Leapfrog, PLAXIS and ProjectWise, WSP developed, refined and delivered 3D subsurface models that were integrated into the federated project model for design analysis and construction planning.

Learn how GIS-based 3D modeling can help you integrate, analyze, and visualize different types of subsurface data in geology. Sign in to view more content ...