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Teng Liang

Hundred Talent Professor

Zhejiang University

China

Research Interests

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Articles (17)

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2026

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2024

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2023

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2023

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2023

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2023

Collaborators (4)

Matteo Oryem Ciantia

Academic, Senior Lecturer (Teaching and Research)

University of Dundee

UNITED KINGDOM

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Min Wang

Los Alamos National Laboratory

UNITED STATES

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Jonathan Adam Knappett

University of Dundee

UNITED KINGDOM

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Houtian He

Specially Appointed Assistant Professor

University of Toyama

JAPAN

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Teng Liang

Research Interests

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Articles (17)

Modeling the cyclic response of trunk-root-soil systems under lateral loads in sand

Hydro-mechanical behavior of chemically stabilized soft clay embankment: Large-scale model testing

Influence of interface flow field on slope deterioration mechanism under freeze–thaw cycles: insights from physical model testing

Modelling the lateral behavior of trunk-root-soil systems with representative branching patterns using a combined p-y framework

Physics-Informed Deep Learning for 3D Wind Field Retrieval of Open-Ocean Typhoons

Mechanical Behaviour of Leeward Lateral Roots During Tree Overturning

Centrifuge modelling of energy geostructures in soil: A review

Coriolis effect mitigation for single particle motion in centrifugal hypergravity field

Performance and Mechanism of Stabilizing Excavated Soil into Subgrade Fills by Using Ladle Furnace Slag,铸余渣固化工程渣土再生路基填料的性能与机制

Root size effects on transverse root-soil interactions

A refined deviatoric hardening plastic model for sand

Soil fluidisation induced by fine particles migration: Insights from the Shenzhen 2015 landfill landslide

Particle size effects on the axial pull-out and push-in behaviour of roots

Improvement in geotechnical properties of soft filter cake stabilized with autoclaved aerated concrete powder: Experimental evidence and micro-mechanism

Aggregation and dehydration of excavated soft clay and use for subgrade engineering-part 2: A pilot-scale study

Aggregation and dehydration of excavated soft clay and use for subgrade engineering–Part 1: A laboratory study

Development and performance study of water uptake-able model root based on osmotic technique,基于渗透原理的可吸水模型根系研发与性能研究

Collaborators (4)

Matteo Oryem Ciantia

Min Wang

Jonathan Adam Knappett

Houtian He

Make your next move.

Teng Liang

Research Interests

Make your next move.

Articles (17)

Modeling the cyclic response of trunk-root-soil systems under lateral loads in sand

Hydro-mechanical behavior of chemically stabilized soft clay embankment: Large-scale model testing

Influence of interface flow field on slope deterioration mechanism under freeze–thaw cycles: insights from physical model testing

Modelling the lateral behavior of trunk-root-soil systems with representative branching patterns using a combined p-y framework

Physics-Informed Deep Learning for 3D Wind Field Retrieval of Open-Ocean Typhoons

Mechanical Behaviour of Leeward Lateral Roots During Tree Overturning

Centrifuge modelling of energy geostructures in soil: A review

Coriolis effect mitigation for single particle motion in centrifugal hypergravity field

Performance and Mechanism of Stabilizing Excavated Soil into Subgrade Fills by Using Ladle Furnace Slag,铸余渣固化工程渣土再生路基填料的性能与机制

Root size effects on transverse root-soil interactions

A refined deviatoric hardening plastic model for sand

Soil fluidisation induced by fine particles migration: Insights from the Shenzhen 2015 landfill landslide

Particle size effects on the axial pull-out and push-in behaviour of roots

Improvement in geotechnical properties of soft filter cake stabilized with autoclaved aerated concrete powder: Experimental evidence and micro-mechanism

Aggregation and dehydration of excavated soft clay and use for subgrade engineering-part 2: A pilot-scale study

Aggregation and dehydration of excavated soft clay and use for subgrade engineering–Part 1: A laboratory study

Development and performance study of water uptake-able model root based on osmotic technique,基 于 渗 透 原 理 的 可 吸 水 模 型 根 系 研 发 与 性 能 研 究

Collaborators (4)

Matteo Oryem Ciantia

Min Wang

Jonathan Adam Knappett

Houtian He

Make your next move.

Development and performance study of water uptake-able model root based on osmotic technique,基于渗透原理的可吸水模型根系研发与性能研究