Publication | Open Access
Roughness and fractality of fracture surfaces as indicators of mechanical quantities of porous solids
12
Citations
8
References
2011
Year
Mechanical QuantitiesEngineeringMechanical EngineeringFracture SurfacesMechanics Of MaterialsGeotechnical EngineeringMechanicsHydrated PastesCompressive StrengthMaterials ScienceCementationConcrete TechnologySolid MechanicsCement-based Construction MaterialPore StructureMechanical PropertiesCivil EngineeringGeomechanicsPorosityCrack FormationDynamic Crack PropagationFractal Dimension DPorous SolidsFracture Mechanics
Abstract The 3D profile surface parameter H q and fractal dimension D were tested as indicators of mechanical properties inferred from fracture surfaces of porous solids. High porous hydrated cement pastes were used as prototypes of porous materials. Both the profile parameter H q and the fractal dimension D showed capability to assess compressive strength from the fracture surfaces of hydrated pastes. From a practical point of view the 3D profile parameter H q seems to be more convenient as an indicator of mechanical properties, as its values suffer much less from statistical scatter than those of fractal dimensions.
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