Blog

For more information, see the GeoDict 2022 SP 2 Release Notes.

As co-founder and Chief Executive Officer, Andreas Wiegmann has successfully steered and managed Math2Market GmbH for 10 years. From its beginnings, the character of Math2Market has been shaped by his enthusiasm in applying a mathematical approach to engineering problems through simulations, as well as his commitment to the needs of customers and employees.

In the case study shown here, the microstructure of a two-layer filter medium of an existing face mask is analyzed. The microstructure is the result of importing and segmenting µCT scans of the filter medium in GeoDict. The scan resolution is 400 nm.

In GeoDict, you can generate fully parameterized, three-dimensional models of a variety of lattice structures and perform topology optimization tailored to your application.

The GeoDict software package, including all its supplied components, is not effected by the security vulnerability of Log4J in any version.

For more information, see the GeoDict 2022 SP 1 Release Notes.

The ASTM E3278-21 standardizes software-based calculations of pore size through bubble point computations performed with the PoroDict module.

Math2Market GmbH celebrated its 10th Anniversary with a fitting party attended by all employees and their families on October 9. After a hike through the gorgeous Palatinate Forest that surrounds Kaiserslautern, we enjoyed delicious food by good music performed by the band grape.. In a short journey through time, the CEO Andreas Wiegmann PhD recalled the most important milestones in the history of Math2Market.

Math2Market presents the highlights of the new GeoDict 2022 release for various application areas at the GeoDict Online User Meeting 2021, October 04-08, 2021.

Analysis of the pore space of an open-cell aluminum foam, modeling of a digital twin based on the pore sizes, and determination of various properties.

Find out what's behind the method of prediction of size computation error with sub-voxel precision

Impregnated fiber fabrics - Generation of structures and analysis of mechanical and fluid dynamic properties