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Qinghua Lei

Associate Professor

Uppsala University

Sweden

Research Interests

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About

Qinghua Lei is a Lecturer at ETH Zurich, Switzerland. His research primarily focuses on the mechanics of geological processes, including the classification and modeling of rock behavior under various stress conditions. Recent publications highlight his work on rock creep, landslide dynamics, and the interaction of hydro-mechanical systems in fractured media.

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Collaborators (17)

PAOLO CAPUANO

PROFESSORE ASSOCIATO

Università degli Studi di Napoli Federico II

ITALY

Qinghua Lei

Research Interests

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Articles (33)

A coupled thermo–hydraulic model with phase change and local thermal nonequilibrium for simulating freeze–thaw dynamics in fractured porous media

Fault-controlled natural hydrogen reservoirs as underground hydrogen storage sites

Emergence of finite-time singularities from accelerated event recurrence: insights into the mechanism of catastrophic failure

Surrogate‐Assisted Bayesian Inference of Fracture Network Parameters From Elastic Waves: A Sensitivity‐Guided Approach

Fracture–Matrix Flow Partitioning Governs Retention Regime Transitions in Unsaturated Fractured Rock

Discussion on the Paper “Is Complexity the Answer to the Continuum vs. Discontinuum Question in Rock Engineering?” by Erharter and Elmo in Rock Mech Rock Eng (2025)

An analytical framework to assess static versus dynamic triggering of fault-slip rockbursts

Adsorption Preceding Wetting Front Controls Seismic Velocity

Modeling multiphase flow, geomechanical deformation and induced seismicity during underground hydrogen storage in naturally fractured reservoirs

Emergence of Diverse Failure Patterns in Weathering‐Induced Landslides: Insights From Particle Finite Element Simulations

Numerical simulation of damage evolution around the PF/PF-A experiment borehole in faulted Opalinus Clay

The PF-A experiment: in-situ progressive failure of faulted Opalinus Clay — insights from underground excavation, laboratory tests, and numerical simulations

Modelling lined rock caverns subject to hydrogen embrittlement and cyclic pressurisation in fractured rock masses

Endo-exo classification of episodic rock creep in underground mines: Implications for forecasting violent rockbursts

FracLab: A robust 3D DFN generator for coupled stress-flow-transport modeling of complex fractured media

Interplay of Loading and Adsorption Controls Elastic Deformation of Clastic and Crystalline Rocks

Endo-exo framework for a unifying classification of episodic landslide movements: Implications for forecasting catastrophic failures

Coupled hydro–mechanical simulation of the interaction between adjacent lined rock caverns subject to internal gas pressurisation

Log-periodic signatures prior to volcanic eruptions: evidence from 34 events

Log‐Periodic Power Law Singularities in Landslide Dynamics: Statistical Evidence From 52 Crises

Oscillatory finite-time singularities in rockbursts

Modelling rockbursts around a deep tunnel based on the particle finite element method: From progressive degradation to catastrophic ejection

3D multiscale modeling of fault-slip rockbursts around deep tunnels: Insights into static versus dynamic triggering mechanisms

Nodal integration-based particle finite element method (N-PFEM) for poro-elastoplastic modelling of saturated soils under large deformation

Causal mechanism of Gotthard Base Tunnel-induced ground deformation: Insights from 3D fully-coupled hydro-mechanical simulation and comparison to field measurements

Impact of stress-driven crack growth on the emergence of anomalous transport in critically connected natural fracture networks

More is different: On the emergence of collective phenomena in fractured rocks

Earthquake-induced fracture displacements and transmissivity changes in a 3D fracture network of crystalline rock for spent nuclear fuel disposal

Underground energy-related product storage and sequestration: site characterization, risk analysis and monitoring

A performance-based hybrid deep learning model for predicting TBM advance rate using attention-ResNet-LSTM

A Stochastic Dynamical Model of Slope Creep and Failure

A Numerical Study of Elastic Wave Arrival Behavior in a Naturally Fractured Rock Based on a Combined Displacement Discontinuity-Discrete Fracture Network Model

Real‐Time Forecast of Catastrophic Landslides via Dragon‐King Detection

Collaborators (17)

PAOLO CAPUANO

Liang Wang

Paul Selvadurai

Daniel Francois Malan

Xue Zhang

Le Zhang

Lei Hou

Simon Loew

Bing Q. Li

Thomas Hermans

Gennady Gor

Chuanyin Jiang

Wenzhuo Cao

Haiyang Yu

Xin Gu

Martin Ziegler

Derek Elsworth

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