In this AoE project, a world-leading Centre for Slope Safety will be established to provide innovative and environmentally friendly solutions for coping with future rainfall scenarios. The centre draws on HK’s intellectual assets and brings together experts with the right credentials and institutions with a proven track record of success in meteorology, mathematics, geotechnical engineering, computer science & engineering, biological science, environmental science (specifically water and soil conservation), social science (specifically psychology), information science (for space and earth) and engineering education.
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LSDYNA keyword input file for Mechanisms and Design of Debris Flow Impact on Multiple Flexible Barriers
Nov 25, 2024
POUDYAL, Sunil, 2024, "LSDYNA keyword input file for Mechanisms and Design of Debris Flow Impact on Multiple Flexible Barriers", https://doi.org/10.14711/dataset/CE4NC8, DataSpace@HKUST, V1
A LS-DYNA keyword input file used for the numerical back-analysis of test D2Br2 .
Effects of hydrophobicity of erodible bed on debris flow entrainment and momentum growth
May 20, 2022
ZHENG, Min, 2022, "Effects of hydrophobicity of erodible bed on debris flow entrainment and momentum growth", https://doi.org/10.14711/dataset/FAS1XG, DataSpace@HKUST, V1
This dataset contains the experimental results from "Effects of hydrophobicity of erodible bed on debris flow entrainment and momentum growth"
Dataset "Effects of soil structure on cyclic freeze-thaw induced volumetric behaviour using a modified double-cell triaxial system"
Apr 14, 2022
LI, Zeyu, 2022, "Dataset "Effects of soil structure on cyclic freeze-thaw induced volumetric behaviour using a modified double-cell triaxial system"", https://doi.org/10.14711/dataset/W7G37C, DataSpace@HKUST, V1, UNF:6:zdW4tV1cEHOQQbZT3ANo4Q== [fileUNF]
This dataset contains the experimental results from "Effects of soil structure on cyclic freeze-thaw induced volumetric behaviour using a modified double-cell triaxial system"
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