Guangyao Si

Senior Lecturer

UNSW Sydney

Australia

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Guangyao Si is a Senior Lecturer at UNSW Sydney, Australia. His research areas include hydraulic fracturing, seismic characterisation, and coal self-heating models, with a focus on the interactions between geological materials and induced seismicity. Recent publications reflect his expertise in anisotropic damage characterization and the effects of discrete fracture networks on hydraulic performance in coal seams.

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Collaborators (5)

Ryan T. Armstrong

AUSTRALIA

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Naj Aziz

Professor

University of Wollongong

AUSTRALIA

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Ismet Canbulat

AUSTRALIA

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Wenzhuo Cao

Imperial College London

UNITED KINGDOM

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Ali Mirzaghorbanali

Senior Lecturer in Geotechnical Engineering

University of Southern Queensland

AUSTRALIA

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Guangyao Si

Research Interests

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About

Articles (25)

Anisotropic damage characterisation by integrating moment tensor inversion and P wave velocity monitoring

Effects of discrete fracture networks on simulating hydraulic fracturing, induced seismicity and trending transition of relative modulus in coal seams

Grain size effects on hydro-seismo-mechanical responses of granite during laboratory hydraulic fracturing

Upscaling coal self-heating reaction models from the laboratory to field applications

From dynamic goaf formation to evolving spontaneous combustion and gas explosion hazard management

Seismic Characterisation of Hydraulic Fractures Influenced By Granitic Coarse Grains

Automated Scene-Adaptive Rock Fragment Recognition Based on the Enhanced Segment Anything Model and Fine-Tuning RTMDet

A sequence of seismic event triggering in longwall coal mines based on the aftershock cascade theory

Simulation of Shear and Tensile Fractures Using Ductile Phase Field Modelling with the Calibration of P Wave Velocity Measurement and Moment Tensor Inversion

Numerical investigation of two typical outbursts in development headings: A case study in a Chinese coalfield

Rock anisotropic damage characterisation and its evolution model by integrating acoustic emission tomography and ultrasonic monitoring

Evolution of Crack Source Mechanisms in Laboratory Hydraulic Fracturing on Harcourt Granite

Statistical properties of seismic foreshocks and aftershocks associated with longwall mining: Implications from the Epidemic Type Aftershock Sequence model

An investigation of CO generation path upon loading coal from perspective of macromolecular simulation

A novel elastoplastic model for Yunnan sandstone under poly-axial loading

Variation of seismicity using reinforced seismic data for coal burst risk assessment in underground mines

Simulation of ductile fracture propagation using the elastoplastic phase-field damage method calibrated by ultrasonic wave velocity measurement

Numerical modelling of gas outburst from coal: a review from control parameters to the initiation process

Effect of pretension on the performance of cable bolts and its optimisation in underground coal mines with various geological conditions

Quantitative assessment of the spatio-temporal correlations of seismic events induced by longwall coal mining

Evolution characteristics of coal microstructure and its influence on methane adsorption capacity under high temperature pyrolysis

A Pre-peak Elastoplastic Damage Model of Gosford Sandstone Based on Acoustic Emission and Ultrasonic Wave Measurement

Automated Rock Quality Designation Using Convolutional Neural Networks

Integration of protective mining and underground backfilling for coal and gas outburst control: A case study

Seismic source location using the shortest path method based on boundary discretisation scheme for microseismic monitoring in underground mines

Collaborators (5)

Ryan T. Armstrong

Naj Aziz

Ismet Canbulat

Wenzhuo Cao

Ali Mirzaghorbanali

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