In the surrounding reality, we must deal with a vast diversity of material cracking processes and phenomena.

The aim of this study is to take advantage of the parameters and methods of  applying percolation phenomena to model the crack process of materials based on an example of a modern engineering material, sialon ceramics. The reconstruction of the crack process and its characterisation were carried out using stereometric measuring files acquired as a result of profilographometric analyses of the surfaces of fractures of the material examined.

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1. Application of a three-dimensional minimum spanning tree for reconstructing the crack pathway on fractures of WC-Co sintered carbides
2. Multifractal description of fracture morphology: quasi 3D analysis of fracture surface
3. Multifractal description of fracture morphology: full 3D analysis of fracture surface