jianfeng xue

Lecturer

University of New South Wales

Australia

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Jianfeng Xue is a Lecturer at the University of New South Wales, Australia. His research focuses on the mechanical performance of materials such as engineered geopolymer composites and the behavior of soils under varying conditions, including liquefaction. He has published recent articles on innovative methods for assessing pile base resistance, the influence of subgrade variability on pavement performance, and sustainable solutions for utilizing microplastics.

jianfeng xue

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Articles (24)

Application of biochar to mitigate the autogenous shrinkage and improve mechanical performance of engineered geopolymer composites prepared with different ground granulated blast-furnace slag contents

A novel experimental–numerical approach to quantitatively evaluate open-ended piles in unsaturated ground

Assessing direct CPT-based methods for predicting pile base resistance using coupled DEM-FDM simulations

Undrained cyclic and post-cyclic shear behaviour of sand with varying liquefaction degrees: insights from DEM

Micromechanical investigation of the aging mechanism in sand

Potential improvement in the mechanical performance and thermal resistance of geopolymer with appropriate microplastic incorporation: A sustainable solution for recycling and reusing microplastics

Influence of subgrade spatial variability on strain-alleviating ability of geogrids and rutting life in flexible pavement

Effects of subgrade spatial variability on critical strains and effectiveness of geogrid reinforcement in flexible pavement

Experimental investigations of water retention curves of fresh and decomposed municipal solid wastes under multiple drying and wetting cycles

Laboratory investigation and prediction of permeability of fresh to five-year-old municipal solid wastes of low and high food contents

Behaviours of geogrid-reinforced asphalt pavement over a localized void under cyclic loading

Effects of microplastic contamination on the hydraulic, water retention, and desiccation crack properties of a natural clay exposed to leachate

The effects of excavating twin tunnels during cyclic loading on the progressive settlement of existing footing

The effects of changing the deviatoric and spherical stresses during cyclic loading on the drained response of a sand

Uncertainties in determining the responses of reinforced flexible pavements using in-situ tests

Experimental investigation of water retention curves of municipal solid wastes with different paper contents, dry unit weights and degrees of biodegradation

Numerical modelling of settlement of municipal solid waste in landfills coupled with effects of biodegradation

Physical, geotechnical and biochemical behaviours of municipal solid waste in field and laboratory bioreactors

The Effects of Drainage Conditions on the Cyclic Deformation Characteristics of Over Consolidated Clayey Soil

The effects of undercrossing tunnelling on the settlement of footings subjected to cyclic loading

DEM studies on the effect of particle breakage on the critical state behaviours of granular soils under undrained shear conditions

DEM studies on the effect of particle breakage on the critical state behaviours of granular soils under undrained shear conditions

Geotechnical properties of fresh municipal solid wastes with different compositions under leachate exposure

Geotechnical properties of fresh municipal solid wastes with different compositions under leachate exposure

Collaborators (3)

Hongxu Wang

Yuekai Xie

Barry Lehane

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