Cellular Automata in Modeling of Porous Building Materials and Solis Porous Media

Processes within porous building materials, water-filled soils pores and many other porusmedias modeled by the cellular automation (CA). We propose an algorithm for counting isolated objects in random generate granular systems. The algorithm is based on a Leviald's cellular automation (CA). We...

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Published inProcedia engineering Vol. 117; pp. 655 - 662
Main Authors Stamatovic, Biljana, Upadhyay, Rishabh, Vatin, Nikolai
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 2015
Subjects
building materials
cellular automata
diagenesis
morphology
porous materials
soil
soil masses
building materials
diagenesis
morphology
soil
soil masses
porous materials
cellular automata
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Abstract Processes within porous building materials, water-filled soils pores and many other porusmedias modeled by the cellular automation (CA). We propose an algorithm for counting isolated objects in random generate granular systems. The algorithm is based on a Leviald's cellular automation (CA). We use regular two dimensional network in which a pore is presented with uniform distribution. The algorithm is tested on various networks which are generated near the percolation threshold.
AbstractList Processes within porous building materials, water-filled soils pores and many other porusmedias modeled by the cellular automation (CA). We propose an algorithm for counting isolated objects in random generate granular systems. The algorithm is based on a Leviald's cellular automation (CA). We use regular two dimensional network in which a pore is presented with uniform distribution. The algorithm is tested on various networks which are generated near the percolation threshold.
Author Vatin, Nikolai
Stamatovic, Biljana
Upadhyay, Rishabh
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Keywords building materials
diagenesis
morphology
soil
soil masses
porous materials
cellular automata
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Snippet Processes within porous building materials, water-filled soils pores and many other porusmedias modeled by the cellular automation (CA). We propose an...
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SubjectTerms building materials
cellular automata
diagenesis
morphology
porous materials
soil
soil masses
Title Cellular Automata in Modeling of Porous Building Materials and Solis Porous Media
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