GeoDict 2026 Release Highlights - Advances in Multi-scale and Multi-physics Material Simulations
Seminar recording
In this technical online seminar, the new GeoDict 2026 release is presented, focusing on the most important feature highlights and new developments. The content is structured by business area and covers general improvements as well as application-specific enhancements in filtration, electrochemistry, digital material R&D, and digital core analysis.
The seminar provides a comprehensive overview of what is new in GeoDict 2026 and how these developments improve workflows, simulation accuracy, performance, and usability across different application fields.
In this Seminar you will learn step-by-step:
- Image Processing & Analysis: Significant improvements in AI-assisted segmentation, including a new Lasso mode, optimized Magic Brush, and Undo/Redo functionality for faster labeling. The release also supports direct DICOM import and utilizes Open CASCADE technology for exporting structure models to CAD formats (STEP/IGES) without external tools.
- Filtration: Full integration of adsorption and desorption modeling in AddiDict, utilizing both tracer-based and field-based transport solvers. The update includes adaptive time-stepping for faster chemical reaction runtimes.
- Electrochemistry (BatteryDict): Transition of key features to the LIR solver, offering substantial memory reduction (e.g., from 190 GB to 8 GB RAM in benchmarks) while maintaining accuracy. New capabilities include Electrochemical Impedance Spectroscopy (EIS) simulations, constant power boundary conditions, and improved voltage range definitions.
- Digital Material R&D: A new GeoApp allows for the generation of 3D granular digital twins from widely available 2D images. Additionally, the dense sphere packing generator has been optimized for multi-core parallelization, achieving up to 5x speed improvements.
- Digital Core Analysis: SatuDict now accounts for viscous and capillary forces, allowing the capillary number to dynamically influence contact angles during multi-phase flow simulations. The new Acoustic Rock Properties GeoApp predicts seismic P and S wave velocities by accurately modeling grain-grain contact stiffness.
- General, Documentation & Learning: Enhanced Job Queue now supports parallel job execution on shared memory machines and improved license priority management.
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More Information
Chapters in YouTube Video
0:00 Intro
0:57 Introduction: Overview of Math2Market and the Digital Material Laboratory workflow.
5:20 Image Processing: AI segmentation tools, DICOM import, and CAD export.
10:33 Filtration: Adsorption simulation and solver improvements.
21:32 Electrochemistry: BatteryDict optimization, LIR solver, and EIS.
30:47 Digital Material R&D: Generating 3D twins from 2D data.
33:54 Digital Core Analysis: Fluid flow improvements and acoustic properties.
38:20 Documentation & Learning: New centralized Learning Center and HTML-based user guides.
41:16 Outro
