ITWM
Microstructure Simulation and
Virtual Material Design

 
GeoDict   The work within the group of microstructure simulation and virtual material design can be summarized by the overall concept of "GeoDict"; we are developing and marketing software for the optimization of complex three-dimensional geometric structures of porous materials and composites. Very different material properties are computed in complex 3d structures and successively improved by parameter variation. Currently, the technology is especially applied within projects with respect to the design of components of fuel cells, paper machines, and most different kinds of filters.
 
The Basics 
Concepts Behind CFD in Micro Structures
Comparison of Simulations and Measurements
Modelling of Micro Structures
Studies of Material Geometry
Flow Through Digitalized 3d Images of Micro Structures
Oil and Air in Filters
Simulation and Evaluation of Particle Filters
Acoustic Absorbtion
Microstructure Optimization for Solid Mechanics
 
Projects & Products 
GeoDict - 3D-Models of Micro Structures
Simulation of 3D Moving Surfaces by the Level Set Method
Simulation Supported Design of Fuel Cells
Models and Properties of Sinter Structures
Simulation of Diesel Particulate Filters
Dimensioning of Pleated Filters
Simulation of Aerosol Dynamics in Complex Structures with Application to the Human Lung
Nano Meltblown Fibers in Filter Media
Virtual Woven Structures - Simulation of Permeability and Filtration Properties
 
Contact 
Andreas Wiegmann, PhD
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