Birendra Jha

Assistant Professor

University of Southern California

United States

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Birendra Jha is an Assistant Professor at the University of Southern California, USA. His research focuses on the fields of geomechanics, seismicity, and porous media flow, as evidenced by his recent publications. Notable topics include induced seismicity risk mitigation, hydraulic fracture monitoring, and the influence of urbanization on subsurface state-of-stress. His work integrates advanced modeling techniques, including physics-informed machine learning, to address complex geophysical challenges.

Articles (20)

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2024

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2021

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2020

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2020

Collaborators (1)

Ange-Therese Akono

Assistant Professor

Northwestern University

UNITED STATES

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Birendra Jha

Research Interests

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Articles (20)

Role of Plasticity in Induced Seismicity Risk Mitigation: A Case of the Groningen Gas Field

Crack propagation and stress evolution in fluid-exposed limestones

Probabilistic assessment of scalar transport under hydrodynamically unstable flows in heterogeneous porous media

Role of CO2 in geomechanical alteration of Morrow Sandstone across micro–meso scales

Influence of initial plume shape on miscible porous media flows under density and viscosity contrasts

Multi-stage hydraulic fracture monitoring at the lab scale

Delhi urbanization footprint and its effect on the earth’s subsurface state-of-stress through decadal seismicity modulation

Failure analysis of the edge-notched beam test on fluid-exposed Berea Sandstone

Physics-informed machine learning for fault-leakage reduced-order modeling

A two-grid simulation framework for fast monitoring of fault stability and ground deformation in multiphase geomechanics

A new coupled multiphase flow–finite strain deformation–fault slip framework for induced seismicity

Effect of Poroelastic Coupling and Fracture Dynamics on Solute Transport and Geomechanical Stability

Evaluation of transfer learning in data-driven methods in the assessment of unconventional resources

Geologic CO<inf>2</inf> Storage Optimization under Geomechanical Risk Using Coupled-Physics Models

Groundwater extraction-induced seismicity around Delhi region, India

Quantification of fault leakage dynamics based on leakage magnitude and dip angle

Relative impacts of permeability heterogeneity and viscosity contrast on solute mixing

Transport analysis in deformable porous media through integral transforms

Coupled poromechanics-damage mechanics modeling of fracturing during injection in brittle rocks

Coupling between transport and geomechanics affects spreading and mixing during viscous fingering in deformable aquifers

Collaborators (1)

Ange-Therese Akono

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