Four layers of carbon fibers in a (transparent) Epoxy matrix.
Layers at 0, 45, -45 and 90 degrees in the XY-plane.

Created through Predefined > LamiGeo in FiberGeo.

Glass fibers (25% weight) in a (transparent) PA66 matrix.
Fiber length is 300 microns (short glass fibers).
The structure models a material produced by injection molding.

Created through Predefined > Glass-Fiber-Reinforced-Plastic in FiberGeo.

Catalyst layer from a Proton-Exchange Membrane (PEM) fuel cell.

Created through Predefined > Catalyst Layer in GrainGeo.

Gas diffusion layer (GDL) from a Proton-exchange membrane (PEM) fuel cell.

Created through Predefined > Gas-Diffusion-Layer in FiberGeo.

Cathode material of a Li-ion battery.

Created through Predefined > ElectrodeGeo in GrainGeo.

Aluminiumfoam with carbon skin

Created with

• FoamGeo
• WeaveGeo

Copper reinforced with diamond

Created with

• GrainGeo
• GadGeo
• ProcessGeo

Glass fiber fabric

Created with

• WeaveGeo

Polyester fibers

Created with

• GadGeo

Red-Oak derived graphite

Created with

• GrainGeo
• ProcessGeo

Laminate reinforced with short fibers

Created with

• FiberGeo
• GadGeo
• ProcessGeo

Tungsten reinforced with tungsten wires

Created with

• GridGeo
• FiberGeo
• ProcessGeo
• LayerGeo

Biometric dental prosthesis from the plaster mould. Aluminium oxide platelets are gradually put into a plaster mould and are pulled in one direction by a magnet. The magnet changes position at regular intervals, so that the already dried platelets retain their orientation. The rest are pulled in a different direction. This structure is modelled after the layers of natural tooth or mussel shells.

Created with

• GrainGeo
• ProcessGeo
• LayerGeo

Dewatering felt constructed with woven structures created with WeaveGeo and fibers into needled the weave created with FiberGeo

Polysulfone Membrane. The structure was designed with GeoDict`s powerful macro language at KAUST, Saudi Arabia.

Used GeoDict modules:

• GrainGeo
• ProcessGeo
• LayerGeo

SEM image courtesy of M. Shi, WDRC KAUST, Saudi Arabia.
Model courtesy of G. Printsypar, NumPor, KAUST, Saudi Arabia.

This sand control screen was created with WeaveGeo and GridGeo and layered with LayerGeo.

Fiber structure with one fiber type created with FiberGeo

Fiber structure with two fiber types created with FiberGeo

Closed-Cell foam created with FoamGeo

Open-Cell foam created with FoamGeo

Sintered ceramic structure created with GrainGeo

Object-piling with GrainGeo

Sintered ceramic structure created with GrainGeo

High-density sphere-packing created with PackGeo

Foil with evenly spaced punched holes created with GridGeo

Paper structure with two types of cellulose fibers created with PaperGeo

Pleat of a filter created with PleatGeo

Two-layered Monofil Weave created with WeaveGeo

Knitted mesh