Computational Modeling of Flow in Porous Media

All Items

• A Framework for 2D Mesh Generation from Computed Tomography of Rock Samples

  Victor Villegas, Giovane Avancini, Nathan Shauer, Philippe Remy Bernard Devloo

• Advancing Reservoir Simulation: Reservoir-Wellhead Coupling in an Innovative Simulator Based on a Plugin Architecture

  Gustavo Santos, Ivan Fábio Mota de Menezes, Daniel Nunes de Miranda Filho

• Applications of self-supervised deep learning in micro-tomography of pre-salt carbonate rocks

  Carlos Eduardo Menezes dos Anjos, Alexandre Gonçalves Evsukoff, Rodrigo Surmas, Kamaljit Singh

• Estimating free-fluid porosity from microtomography images erosion: A case study of coquinas from the Morro do Chaves Formation

  Silvia Lorena Bejarano Bermudez, Gabriel Sousa dos Santos Ribeiro, Thiago Pineiro, Luciano Barros Guedes, Austin Boyd, Maira da Costa de Oliveira Lima Santo, José Luis Drummond Alves, Paulo Couto

• Facies Classification and Porosity–Permeability Modeling Using Self-Organizing Maps in Hybrid Carbonate Rocks

  Gabriel Sousa dos Santos Ribeiro, Silvia Lorena Bejarano Bermudez, Maira da Costa de Oliveira Lima Santo

• Microscale Computational Modeling of the Infiltration of Suppressors into the Porous Surface of Iron Ore Pellets

  João Victor Melo Costa, Marcio Ferreirs Martins

• Numerical Study of Blood Flow and Anisotropic Drug Diffusion in Arterial Tissue with Stents

  Gabriel Mattos, Bernardo Coelho, Iury Igreja

• PARAMETRIC ANALYSIS OF FLOW IN A VERTICAL POROUS CHANNEL WITH MULTIPLE FRACTURES

  Lucas Dias, Ana Caroline Caetano, Sergio Yoshio Ogata Junior, Bruno Ferreira Porto, Felipe de Souza Bertola, Silvio Luiz de Mello Junqueira, Alex Tadeu de Almeida Waldmann, André Leibsohn Martins

• Shape factors for irregular apertures via high-order polynomial reconstruction and a Galerkin-based integral formulation

  Valdecir Alves dos Santos Júnior, Gustavo Charles Peixoto de Oliveira, Juan C. Galvis

• Simulation of procedures for water filling a sand experimental apparatus using a locally conservative two-phase formulation of the Finite Element Method

  Giovane Avancini, Nathan Shauer, Gustavo Henrique Siqueira, Philippe Remy Bernard Devloo