This book offers a glimpse of the geotechnical research activities at BOKU, Vienna, in 2023. The research topics are wide-ranged including laboratory testing, constitutive modelling, numerical simulations with DEM and SPH, landslide, tunnelling and machine learning. Many research activities are carried out by visiting scholars from China.
Inhaltsverzeichnis
A simple Hypoplastic model for sand under cyclic loading. - Failure mode and mechanism of the consequent slope in Xuan en county. - Reliability Analysis of Slope Stability with Intelligent Surrogate Models: A Case Study in the Three Gorges Reservoir. - Experimental study on the permeability of hydrophobic powders treated loess. - Modelling and assessment of debris flow impact on infrastructure in the Carpathians. - On the performance of CAES pile in overconsolidated soils: a numerical study. - Experimental and numerical analysis of fluid-injection unloading rock failure process. - A visco-hypoplastic model with solid hardness degradation for granular soil. - Prediction of tunnelling-induced settlement trough by artificial neural networks. - Machine Learning prediction of bleeding of bored concrete piles based on centrifuge tests. - Stability Evaluation of Huangtupo Riverside slump I based on water-soil coupling. - Effect of different factors on dynamic shear modulus of compacted loess. - Unified description of viscous behaviors of clay and sand with a visco-hypoplastic model. - Experimental and numerical investigation on mechanical behaviour of gravel soils. - A basic hypoplastic model with fabric evolution. - Phase-field modelling brittle failure in rockslides. - Triggering mechanism and mitigation strategies of freeze-thaw landslides for engineering in cold regions: A review. - Mixture theory-based SPH model for soil-water coupling dynamic problems. - Assessing Slope Stability Based on Measured Data Coupled with PSO.
