Hongyuan Liu at University of Tasmania - Research Interests, Publications & Academic Profile

Hongyuan Liu

University of Tasmania

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Research Interests

Solid Mechanics

Rock Mechanics

Computational Mechanics

Geomechanics

Discrete Element

Fracture Mechanics

Computational Physics

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Articles17

Collaborators1

Daisuke FUKUDA

Associate Professor

Hokkaido Daigaku

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Hongyuan Liu

Senior Lecturer

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Research Interests

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Articles17

Development of a GPGPU-parallelized 3-D FDEM with a novel and simple implementation of extrinsic cohesive zone model

Modelling dynamic fracture and fragmentation of rocks under multiaxial coupled static and dynamic loads with a parallelised 3D FDEM

Development of a GPGPU-parallelized FDEM based on extrinsic cohesive zone model with master-slave algorithm

Development of a finite-discrete element method with finite-strain elasto-plasticity and cohesive zone models for simulating the dynamic fracture of rocks

Three-dimensional modelling on the impact fracture of glass using a GPGPU-parallelised FDEM

Tunnel Lining Segment Deformation and Cracking Mechanisms during Tunneling in Complex Mixed Grounds with the Combined Mining and Shield Tunneling Method

Development of a finite-discrete element method with finite-strain elasto-plasticity and cohesive zone models for simulating the dynamic fracture of rocks

Three-dimensional modelling on the impact fracture of glass using a GPGPU-parallelised FDEM

Tunnel Lining Segment Deformation and Cracking Mechanisms during Tunneling in Complex Mixed Grounds with the Combined Mining and Shield Tunneling Method

Development of a three-dimensional grain-based combined finite-discrete element method to model the failure process of fine-grained sandstones

Hybrid finite–discrete element modelling of rock fracture process in intact and notched Brazilian disc tests

Investigation of the Dynamic Pure-Mode-II Fracture Initiation and Propagation of Rock during Four-Point Bending Test Using Hybrid Finite–Discrete Element Method

The State of the Art and New Insight into Combined Finite–Discrete Element Modelling of the Entire Rock Slope Failure Process

Failure mechanism and strengthening effect of shield tunnel lining reinforced by steel plates with corbels

Hybrid Finite-Discrete Element Modelling of Various Rock Fracture Modes during Three Conventional Bending Tests

FDEM Modelling of Rock Fracture Process during Three-Point Bending Test under Quasistatic and Dynamic Loading Conditions

Combined Finite-Discrete Element Modelling of Dynamic Rock Fracture and Fragmentation during Mining Production Process by Blast

Collaborators1

Daisuke FUKUDA

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