Microstructures generated with GeoDict®

Including download of the files for replication the generated microstructures

Simulation of soot filtration in catalyst ceramic

Downloads:

.gdt file Image (.png)all files (.zip)

Lithium ion battery anode

GrainGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Martensite

GrainGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Four layers of carbon fibers in a (transparent) Epoxy matrix

Command: Predefined > LamiGeo in FiberGeo.

Layers at 0, 45, -45 and 90 degrees in the XY-plane.

Downloads:

.gdt file Image (.png)all files (.zip)

Glass fibers (25% weight) in a (transparent) PA66 matrix

Command: Predefined > Glass-Fiber-Reinforced-Plastic in FiberGeo

Fiber length is 300 microns (short glass fibers).
The structure models a material produced by injection molding.

Downloads:

.gdt file Image (.png)all files (.zip)

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

Command: Predefined > Catalyst Layer in GrainGeo.

Downloads:

.gdt file Image (.png)all files (.zip)

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

Command: Predefined > Gas-Diffusion-Layer in FiberGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Cathode material of a Li-ion battery

Command: Predefined > ElectrodeGeo in GrainGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Aluminiumfoam with carbon skin

Downloads:

.gdt file Image (.png)all files (.zip)

Copper reinforced with diamond

Downloads:

.gdt file Image (.png)all files (.zip)

Glass fiber fabric

WeaveGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Polyester fibers

GadGeo

Downloads:

.gdt file Image (.png)all files (.zip)

Red-Oak derived graphite

Downloads:

.gdt file Image (.png)all files (.zip)

Laminate reinforced with short fibers

Downloads:

.gdt file Image (.png)all files (.zip)

Tungsten reinforced with tungsten wires

Downloads:

.gdt file Image (.png)all files (.zip)

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.

Downloads:

.gdt file Image (.png)all files (.zip)

Dewatering felt constructed with woven structures

WeaveGeo
FiberGeo (in das Gewebe genadelte Fasern)

Downloads:

.gdt file Image (.png)all files (.zip)

Polysulfone Membrane

The structure was designed with GeoDict`s powerful macro language at KAUST, Saudi Arabia. SEM image courtesy of M. Shi, WDRC KAUST, Saudi Arabia. Model courtesy of G. Printsypar, NumPor, KAUST, Saudi Arabia.

Downloads:

.gdt file Image (.png)all files (.zip)

Sand control screen