Scientific resources related to the connection between 3D structure and material properties in different application areas are listed in scientific-resources/#material-properties. Some examples from this list are: anisotropic and heterogeneous connectivity which can negatively affect the performance, durability and safety of re-chargeable batteries (Ebner et al., 2014; Harris & Lu, 2013; Kehrwald et al., 2011; Lu …
Running the computation-engine without the GUI To run the computation engine on Linux, run ./voxeltools xmlfile while in the voxeltools subdirectory in the Mist install directory, see the figure below. For xmlfile, look at the input xml-file that is saved in the result-folder when running a computation in the GUI. The same file can be …
Getting started with the GUI Computing geometry characteristics See the videos in Tutorial, Part II and Tutorial, Advanced use for instructions on how to compute each geometry characterization method. You can load and run computations on several geometry-files at the same time. Note that the same computation settings are applied to all loaded geometry files, …
How to measure the geometrical characteristics in Mist You can find introductions to the characterization methods and detailed video instructions on how to compute them in Mist in the posts listed below. See the Tutorial, Advanced use for introductions to the connectivity methods geodesic paths and geodesic channels. << Tutorial, Part I Tutorial, Part III …
Data driven design of improved porous materials Innovation in materials science is increasingly dependent on detailed knowledge of the materials structure and its relationship to the large scale properties of the material. Mist includes methods for describing the 3D structure of porous materials which have been proven to be effective in explaining and predicting material …
