The paper presents verification of the multifractal analysis proposed in papers [1, 2]. It has been found that such analysis of simulated profiles formed by removing overlaps and secondary cracks from a real profile (which corresponds to a file obtained from a profilographometer), ensures a proper diversity of fractal characterization, adequately to the degree of fracture surface development of the investigated sintered carbide grades measured using a Taylor-Hobson’s Talysurf 2 profilographometer.

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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. Taking advantage of the percolation phenomenon for simulating the crack process of brittle materials based on the example of sialon ceramics
3. NEW POSSIBILITIES OF LIGHT MICROSCOPY RESEARCHES RESULTING FROM DIGITAL RECORDING OF IMAGES
4. COMPUTATIONAL IMAGE ANALYSIS OF MATERIALS MICROSTRUCTURE
5. Multifractal description of fracture morphology: full 3D analysis of fracture surface
6. Factors affecting the accuracy and precision of quantitative description of materials microstructure