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Biao Li

Associate professor

Concordia University

Canada

Research Interests

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About

Dr. Biao Li is an Associate Professor at Concordia University, Canada. His research focuses on multiphysics modeling, geotechnical aspects of geothermal systems, and the mechanical properties of geological materials. His recent publications include studies on permafrost preservation, thermal-hydro-mechanical processes in unsaturated soils, and the evaluation of ground source heat pumps in thawing permafrost regions.

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Full Professor

Institut national de la recherche scientifique

CANADA

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Biao Li

Research Interests

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About

Articles (28)

Artificial intelligence for marine oil spill management: Recent advances and future directions

Numerical modeling of aquifer-well interactions and energy performance in standing column well geothermal systems

Enhancing Resilience of Silty Clay Soils with Basalt Fibers: Evaluating Geotechnical Performance under Freeze–Thaw Cycles and Temperature Variations

Experimental and numerical investigation of the mechanical behavior of lime-treated silty clay under various loading and temperature conditions

In Situ Three-Dimensional Stress Determination in an Overpressured Fault Zone Using Borehole Measurements

Multiphysics Modeling for Permafrost Preservation: Geotechnical Aspects of Shallow Geothermal Systems for Climate Adaptation

Poromechanical analysis of regional frozen ground responses under heat exchanger operations

Numerical modeling of the long-term poromechanical performance of a deep enhanced geothermal system in northern Québec

Manually directional splitting of in-situ intact igneous rocks into large sheets

An off-grid solar district energy system with borehole thermal energy storage: Life cycle assessment in a subarctic region

Finite element modeling of thermal‐hydro‐mechanical coupled processes in unsaturated freezing soils considering air‐water capillary pressure and cryosuction

Thermal-hydro-mechanical modeling of short-term ground responses due to the borehole thermal energy storage operations in a Canadian subarctic region

Modeling Time-Dependent Uniaxial Compressive Behaviors of an Artificial Frozen Sandy Clay at Different Temperatures

Finite element modeling of thermo-hydro-mechanical coupled processes in clay soils considering bound water dehydration

A thermo-poromechanical model for simulating freeze–thaw actions in unsaturated soils

Application of Discrete Element Particle-Based Method to Simulate Toppling Failure: A Case Study

Numerical evaluation of ground source heat pumps in a thawing permafrost region

Modeling the Present-Day In-Situ Stress Field in a Geo-Energy Reservoir for Geomechanical Dilation-Enhanced Thermal Recovery

Mechanical heterogeneity characterization of coal materials based on nano-indentation experiments

Finite element modeling of wellbore stability in a fractured formation for the geothermal development in northern Quebec, Canada

A Structural State Model Interpreting the Residual Strength Transition Behavior of Clay Soils

Characterizing thermo-hydraulic behaviors of seasonally frozen loess via a combined opto-electronic sensing system: Field monitoring and assessment

A thermodynamic-based model for modeling thermo-elastoplastic behaviors of saturated clayey soils considering bound water dehydration

Constitutive modeling of a laumontite-rich tight rock and the application to poromechanical analysis of deeply drilled wells

Characterizations of tensile yield and failure processes of frozen clay soils: laboratory testing and numerical modeling

Experimental study on seepage-induced concentrated leak erosion in sand under triaxial testing conditions

Stability analysis of a super deep petroleum well drilled in strike-slip fault zones in the Tarim Basin, NW China

Numerical Analysis of Pipeline Uplift Resistance in Frozen Clay Soil Considering Hybrid Tensile-Shear Yield Behaviors

Collaborators (5)

S. Samuel Li

Catherine Mulligan

Ziyu Wang

Bin Xu

Jasmin Raymond

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