Stochastic representation and analysis of rough surface topography - Ahmad, Ola
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Surface topography is, generally, composed of many length scales starting from its physical geometry, to its microscopic or atomic scales known by roughness. The spatial and geometrical evolution of the roughness topography of engineered surfaces avail comprehensive understanding, and interpretation of many physical and engineering problems such as friction, and wear mechanisms during the mechanical contact between adjoined surfaces. Obviously, the topography of rough surfaces is of random nature. It is composed of irregular hills/valleys being spatially correlated. The relation between their…mehr

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Produktbeschreibung
Surface topography is, generally, composed of many length scales starting from its physical geometry, to its microscopic or atomic scales known by roughness. The spatial and geometrical evolution of the roughness topography of engineered surfaces avail comprehensive understanding, and interpretation of many physical and engineering problems such as friction, and wear mechanisms during the mechanical contact between adjoined surfaces. Obviously, the topography of rough surfaces is of random nature. It is composed of irregular hills/valleys being spatially correlated. The relation between their densities and their geometric properties are the fundamental topics that have been developed, in this research study, using the theory of random fields and their geometry.
Autorenporträt
Ola received her Ph.D. in image processing and applied mathematics in 2013 from Ecole Nationale Supérieure des Mines de Saint-Etienne, France. In 2010 she received her research master in image and signal processing from the university Jean-Monnet of Saint-Etienne, France. She is actually a Postdoctoral fellow at the University of Strasbourg,