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Arno Zang

Professor

Helmholtz Centre Potsdam – GFZ German Research Centre for Geosciences

Germany

Research Interests

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Professors in Germany

About

Arno Zang is an Associate Professor at Potsdam University in Germany. His research areas include aquifer thermal energy storage, hydraulic fracture propagation, and seismic event analysis, as highlighted in his recent publications. He employs advanced modeling techniques to explore topics related to deep geothermal energy and material behavior under various stress conditions. His expertise contributes significantly to understanding energy storage systems and geomechanical processes.

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Collaborators (2)

Hannes Hofmann

Helmholtz Centre Potsdam – GFZ German Research Centre for Geosciences

GERMANY

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Mauro Cacace

Helmholtz Centre Potsdam – GFZ German Research Centre for Geosciences

GERMANY

View details

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Arno Zang

Research Interests

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About

Articles (28)

Geophysical observations and numerical modeling constrain mining-induced subsidence and fault reactivation: A case study

Impact of initial water saturation on pore structure and fluid infiltration during hydraulic fracturing mapped by real-time nuclear magnetic resonance

The influence of fault geometrical complexity on the precursory process of geological disasters

Discrete Element Modelling of Thermal Evolution of Forsmark Repository for Spent Nuclear Fuel Disposal and Long-Term Response of Discrete Fracture Network

Effect of small cycles on stepwise continuous injection during hydrofracturing

Thermo-hydro-mechanical-chemical controls on fracture and fault responses to fluid injection in Enhanced Geothermal Systems: Current understanding and future directions

Thermal interference in aquifer thermal energy storage: Insights from stochastic surrogate modelling of well placement

How rock hydraulic fatigue methods from mining and petroleum industry assist in unlocking deep heat for a clean energy future

Spatiotemporal evolution of near-field deformation in analogue strike-slip fault models with various locked segment lengths

Strain localization and time-dependent deformation in granodiorite characterized by distributed optical fiber sensing

A shear-based breakdown model for the hydraulic fracturing of hot dry rock

Analysis of Stresses in Gypsum–Cement Mortar Blocks with Strike–Slip Faults of Different Orientations Inferred from Acoustic Emission and Embedded Strain Sensors

Non-uniform cooling mechanism of concrete after exposure to high temperatures revealed by laboratory tests and microstructural inspection

Pore-scale damage evolution in sandstone induced by fluid infiltration under various stress conditions

Hydraulic fracturing in unsaturated tight clay-rich sandstones: The role of water weakening and injection pressure

Limits of Self‐Propping in Enhanced Geothermal Systems: New Experimental Insights From Shear, Tensile and Saw‐Cut Fractures in Odenwald Granodiorite

Quantifying Localized and Delocalized Rock Deformation in Multi-Stage Relaxation Experiments Using Distributed Optical Fiber Sensing

Strain Localization in Granite via Optical Fiber Sensing: Effects of Crack Heterogeneity and Stress Relaxation

A laboratory study on fault slip caused by fluid injection directly versus indirectly into a fault: implications for induced seismicity in EGSs

Moment tensor inversion of mining-induced seismic events and forward modeling of critical fault slip to prevent rockbursts

Impact of injection pressure and polyaxial stress on hydraulic fracture propagation and permeability evolution in graywacke: Insights from discrete element models of a laboratory test

Acoustic Emission Evolution and Hydraulic Fracture Morphology of Changning Shale Stressed to Failure at Different Injection Rates in the Laboratory

Analysis of Near-Field Stresses in an Analogue Strike-Slip Fault Model

Comprehensive data set of in situ hydraulic stimulation experiments for geothermal purposes at the Äspö Hard Rock Laboratory (Sweden)

Correction to: Analysis of Near-Field Stresses in an Analogue Strike-Slip Fault Model (Rock Mechanics and Rock Engineering, (2024), 10.1007/s00603-023-03714-4)

Laboratory Shear Behavior of Tensile- and Shear-Induced Fractures in Sandstone: Insights from Acoustic Emission

Thermo-hydro-mechanical simulation of cooling-induced fault reactivation in Dutch geothermal reservoirs

Mutual impact of true triaxial stress, borehole orientation and bedding inclination on laboratory hydraulic fracturing of Lushan shale

Collaborators (2)

Hannes Hofmann

Mauro Cacace

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