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Xinyu Liu

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Research Fellow (supervisor: Prof. Chu Jian)

Hokkaido University

Japan

Research Interests

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About

Dr. Xinyu Liu is a Research Fellow at Nanyang Technological University, Singapore. His research areas include the mechanical and hydraulic behavior of composite soils, pore structure analysis using X-ray computerized tomography, and the geotechnical behavior of granitic soils. He has published recent articles focusing on soil classification, consolidation and creep behaviors, as well as the mechanical properties of fine-grained soils and their microstructural implications.

Recent Grants

Grant: Close

Mesostructure of glacier tills in the alpine valley area along the Sichuan-Tibet railway and the effects on soil mechanical behaviors

Open Date: 2023-01-01

Close Date: 2024-12-01

Grant: Close

Multiscale deterioration mechanism of the mechanical properties of micaceous weathered soil subjected to temperature-wetting-stress coupling

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Articles (24)

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2024

Collaborators (1)

Lei Yan

Professor

Peking University

CHINA

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Xinyu Liu

Research Interests

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About

Recent Grants

Articles (24)

Natural biogenic coral gravel soils in coastal areas in southern China: Sampling, mechanical characterization, and microstructure observation

Climate-driven thaw slump susceptibility on the Qinghai–Tibet Plateau using geographically explainable machine learning

Morphology-dependent behavior of micaceous residual soils: A micro-macro experimental investigation into size and exfoliation effects

Multiscale observations of the behavior of composite soil containing biogenic crushable carbonate gravel from ring shear test

Discussion of “Mechanical Response of Lightly Cemented Sands under Different Orientations of the Principal Stress Axes”

An interpretation of the stress–dilatancy turning hook of bioclastic carbonate sediments from the perspective of particle breakage and energy dissipation

Temperature-dependent behaviour and microstructure of fungus-treated carbonate sand

Compression behavior of marine diatomaceous soils: Effect of diatom content and microstructure

Multi-scale simulation of pore structure and permeability of brittle coral gravel using X-ray computerized tomography and pore network modeling

Particle-scale understandings of the formation and development of gully erosion: a case study from southern China

A method for better mapping of susceptibility to thaw hazards in data-scarce cold regions

Mechanical Anisotropy of Tropical Residual Soil

Numerical study of damage and crack evolution in UHPC lining for LRC hydrogen storage

Stochastic modelling and energy absorption behavior of foamed concrete filled PE pipes for yielding support in soft rock tunnels

Mechanical and Hydraulic Behavior of Composite Soils Containing Coral Gravel and Silt Matrix: Insights from the Revised Soil Classification System

Multi-scale analysis of pore structure and permeability simulation of coral gravel under particle breakage using X-ray computerized tomography

Reply to discussion on “Site observations of weathered granitic soils subjected to cementation and partial drainage using SCPTU”

Discussion of “The Effects of Temperature on One-Dimensional Consolidation and Creep Behaviors of Hong Kong Marine Deposits”

Hydro-mechanical degradation of granitic saprolites due to capillary imbibition: Laboratory observations and implications for slope failure

Undrained strength prediction for fine-grained soils with various diatom microfossil contents

Mechanical Behavior of Natural Granite Residual Soil in Simple Shear

Compressibility, permeability and microstructure of fine-grained soils containing diatom microfossils

Impact of mica on geotechnical behavior of weathered granitic soil using macro and micro investigations

A General Method for Quantifying the Shear Strength Anisotropy of Soil

Collaborators (1)

Lei Yan

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