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  1. Chapter

    Pore Topology Method (PTM): A Computationally Efficient Approach for Pore-Scale Modeling and Design of Porous Materials

    PTM FLOW (Top Row) is a pore-scale flow modeling methodology that reduces the computational cost by using the medial surface of the void space as the solution domain.

    M. Sadegh Riasi, Benjamin Paisley, Lilit Yeghiazarian in Album of Porous Media (2023)

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  2. Article

    Thin Porous Media

    Lilit Yeghiazarian, Krishna Pillai, Rodrigo Rosati in Transport in Porous Media (2016)

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    Article

    A Feasibility Study of the Pore Topology Method (PTM), A Medial Surface-Based Approach to Multi-phase Flow Simulation in Porous Media

    Computationally efficient microscale models designed to simulate multi-phase flow and characterize low-porosity media are challenged in thin, highly porous materials, primarily due to large, irregular pore spa...

    M. Sadegh Riasi, Nikhil Kumar Palakurthi, Carlo Montemagno… in Transport in Porous Media (2016)

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    Article

    Numerical approach to Cryptosporidium risk assessment using reliability method

    A previously developed Cryptosporidium transport model is solved numerically to investigate the transport and interactions between Cryptosporidium, water and surface sediment and to estimate the risk of surface w...

    Yeonjeong Park, Lilit Yeghiazarian… in Stochastic Environmental Research and Risk… (2008)

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    Article

    Role of temperature in quanta mechanisms of facilitation in the frog neuromuscular junction

    The results of computer simulations on the Double Barrier Synapse (DBS) model are presented which quantify the relationship between the synapse parameters and the quanta transfer process. The DBS model is app...

    Lilit Yeghiazarian, Mark Kaiser in Biological Cybernetics (1998)