GeoDict® modules and options overview

Base Package
The GeoDict 'Base Package' contains the basic features:
  • Graphical User Interface: Structured, clear and user-friendly GUI.
  • 2D / 3D Visualization: Display material models in 2D (electron microscope view) and 3D.
  • Result Visualization: Explore results in 2D and 3D.
  • Voxel Editing: Image editing capabilities for 3D voxel material models.
  • Image and Video export: Create images and movies of material models and computational results.
  • Macro scripting: GeoDict macro language or Python used to script and automate processes.

Modules included in the 'Base Package':

ProcessGeo modifies and transforms 3D structures: cleanse, rescale, dilate, add binder, compress, reassign, resize...

LayerGeo layers and combines 3D structures

GadGeo manually constructs and manipulates material models as 3D-images and analytic-data

GeoLab, the GeoDict interface to Matlab®

GeoDexcel analyzes GeoDict result file data in a customized Microsoft Excel® spreadsheet

ImportGeo-Base imports GeoDict formats: analytic data (.gad), GeoDict binary (.gdt), GeoDict ASCII (.leS)

ExportGeo-Base exports GeoDict material models and 3D-images as volume image (.raw, .vol) and GeoDict analytic data (.gad)

The software package price depends on the chosen GeoDict modules
From the list below, our experts can suggest the GeoDict modules fitting the research needs of your industry sector and/or your project and quote the corresponding price

GeoDict® import, export, and interfaces
ImportGeo Vol
imports, filters, rotates, and crops μCT and FIB-SEM image data, offers multiple segmentation thresholds, generates histograms
ImportGeo CAD
converts .stl to voxel data
ExportGeo Fluent
exports to .jou and .mesh files
ExportGeo Abaqus
exports to .inp files
ExportGeo CAD
exports to .wrl and.stl from .gad and .gdt, on Windows and Linux systems.
Exports to x_t, .igs and .sat on Windows (requires installation of CADlook)
GeoDict® structure generators
models and generates nonwovens and short fiber reinforced composites
models and generates paper structures of cellulose and multi-formed fibers
models and generates granular and sintered materials, and ceramics
models and generates dense sphere packings
models and generates standard and free-weave woven structures
models and generates evenly perforated foils and membranes, regular-array structures, and periodic materials
models and generates pleated structures for filters
models and generates open-cell and closed-cell foams
GeoDict® properties predictors
determines fiber diameters and fiber orientations from μCT-scans and FIB-SEM images.
computes effective diffusivity and tortuosity factor in porous media
computes effective thermal conductivity and effective electrical conductivity in porous media and composite materials
FlowDict-Uniform Grid (UG)
computes virtual flow experiments by solving Stokes, Navier-Stokes or Stokes-Brinkman equations and predicts pressure-velocity curves, flow resistivity, flow velocity, and flow permeability
FlowDict-Adaptive Grid (AG)
is an extension of FlowDict-UG that reduces computational costs by using an adaptive grid (AG).
estimates effective elastic properties of porous and composite materials using approximative formulas (AF)
computes effective elastic properties of porous and composite materials (includes ElastoDict-AF)
simulates large deformations (LD) of porous and composite materials (includes ElastoDict-AF and ElastoDict-VOX)
simulates Single Pass or Multi Pass solid-liquid separation and solid-gas separation, and computes filtration efficiency, filter capacity and filter life time (requires FlowDict-UG or FlowDict-AG)
simulates filtration in filter pleats or elements (requires FlowDict-UG or FlowDict-AG)
computes saturation-capillary pressure curves, relative conductivity (requires ConductoDict), permeability (requires FlowDict-UG or FlowDict-AG), and relative diffusivity (requires DiffuDict)
characterize structure's pores and solids.
For pores: geometric pore size distribution, pore size distribution by porosimetry, bubble point, maximal penetrating particle, three-phase contacts, pore identification (Watershed), etc
For solids: 1D- and 2D-statistics, connected components, gad-objects orientation, etc
computes advection and diffusion for the transport of solid particles in liquid- or gas-flow through porous materials (requires FlowDict-UG or FlowDict-AG)
computes acoustic absorption parameters for acoustic models: air flow resistivity (requires FlowDict-UG or FlowDict-AG), viscous and thermal characteristic lengths (requires DiffuDict), open porosity, and tortuosity factor (high and low frequency limit)