Application of the Cellular Automata in pitting corrosive process
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Pitting in metal is known to be an evolutionary process spanning a wide range of scales. It developed rapidly from microscopic to macroscopic dimensions along with the time. Simulation approaches at a mesoscopic scale, turning to be the link between the micro-scale and macro-scale, may be possible to know the related properties and characteristic of pitting nucleation and metastable evolution from a different standpoint. Cellular Automata approach provides an alternative method to study the connections between microscopic and macroscopic world. A computational 2D and 3D model based on Cellular...
Pitting in metal is known to be an evolutionary process spanning a wide range of scales. It developed rapidly from microscopic to macroscopic dimensions along with the time. Simulation approaches at a mesoscopic scale, turning to be the link between the micro-scale and macro-scale, may be possible to know the related properties and characteristic of pitting nucleation and metastable evolution from a different standpoint. Cellular Automata approach provides an alternative method to study the connections between microscopic and macroscopic world. A computational 2D and 3D model based on Cellular Automata approach is developed to simulate the pitting nucleation and metastable evolution of Steam Generator tubing as a discrete dynamical system.
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