Your Name
  • Bio
  • Papers
  • Talks
  • News
  • Experience
  • Projects
  • Teaching
  • Publications
    • Improved anisotropic thermo-hydro-mechanical coupling theory and its implicit SNS-FEM framework
    • A novel coupled bES-FEM formulation with SUPG stabilization for thermo-hydro-mechanical analysis in saturated porous media
    • Evolution of mining-induced water inrush disaster from a hidden fault in coal seam floor based on a coupled stress–seepage–damage model
    • Anisotropic continuum framework of coupled gas flow - adsorption - deformation in sedimentary rocks
    • Gas flow and solid deformation in unconventional shale
    • Material Constants of Anisotropic Poroelasticity and Its Impacts on Shale Gas Production
    • Multiscale multiphysics modeling in geotechnical engineering
    • A novel collaborative study of abnormal roof water inrush in coal seam mining based on strata separation and wing crack initiation
    • A novel stabilized NS-FEM formulation for anisotropic double porosity media
    • A mathematical framework for multiphase poromechanics in multiple porosity media
    • Mathematical Evaluation on the Control of Mining-Induced Ground Subsidence in Thick Loose Strata
    • Strip load on transversely isotropic elastic double porosity media with strong permeability contrast
    • Spatial prediction of loose aquifer water abundance mapping based on a hybrid statistical learning approach
    • Fluid flow through anisotropic and deformable double porosity media with ultra-low matrix permeability: A continuum framework
    • Hierarchical Modeling of Hydromechanical Coupling in Fractured Shale Gas Reservoirs with Multiple Porosity Scales
    • Poroelastic coefficients for anisotropic single and double porosity media
    • Effects of the borehole drainage for roof aquifer on local stress in underground mining
    • Hydromechanical modeling of solid deformation and fluid flow in the transversely isotropic fissured rocks
    • Multi-Constitutive Neural Network for Large Deformation Poromechanics Problem
    • New Type of Similar Material for Simulating the Processes of Water Inrush from Roof Bed Separation
    • Investigation on the Water Flow Evolution in a Filled Fracture under Seepage-Induced Erosion
    • Numerical Investigation of the Effect of Partially Propped Fracture Closure on Gas Production in Fractured Shale Reservoirs
    • Experimental Study on the Basic Properties of a Green New Coal Mine Grouting Reinforcement Material
    • Data Driven Solutions and Discoveries in Mechanics Using Physics Informed Neural Network
    • Numerical Simulation on Non-Darcy Flow in a Single Rock Fracture Domain Inverted by Digital Images
    • On the preferential flow patterns induced by transverse isotropy and non-Darcy flow in double porosity media
    • Collaborative 3D geological modeling analysis based on multi-source data standard
    • An example conference paper
    • An example journal article
  • Blog
    • Geocentric installation
    • 🎉 Easily create your own simple yet highly customizable blog
    • 👩🏼‍🏫 Teach academic courses
  • Recent & Upcoming Talks
    • Implicit SNS-PFEM with dual mortar method for thermo-hydro-mechanical large deformation problems
    • Anisotropic poromechanics of gas flow in sedimentary rocks
  • Projects
  • Projects
    • Pandas
    • PyTorch
    • scikit-learn
  • Experience
  • Teaching
    • Learn JavaScript
    • Learn Python

A mathematical framework for multiphase poromechanics in multiple porosity media

Jun 1, 2022·
Qi Zhang 張琦
Qi Zhang 張琦
,
Xia Yan
,
Zihao Li
· 0 min read
Cite DOI
Type
Journal article
Publication
Computers and Geotechnics
Last updated on Jun 1, 2022
Qi Zhang 張琦
Authors
Qi Zhang 張琦
Tenure-Track Assistant Professor
← A novel stabilized NS-FEM formulation for anisotropic double porosity media Nov 1, 2022
Mathematical Evaluation on the Control of Mining-Induced Ground Subsidence in Thick Loose Strata Dec 1, 2021 →

© 2024 Me. This work is licensed under CC BY NC ND 4.0

Published with Hugo Blox Builder — the free, open source website builder that empowers creators.