Titlebook: Recent Geotechnical Research at BOKU; Wei Wu,Yunteng Wang Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive licen

Lucubrate

CUR

外向者

Triggering Mechanism and Mitigation Strategies of Freeze-Thaw Landslides for Engineering in Cold Rercussions, irreversible damage to the fragile environment and severely delay engineering progress. Due to the complicated failure mechanism and various triggering factors, the study of free-thaw landslides merits our great attention. This paper presents a review on engineering geological analysis of

石墨

SPH Modeling of Water-Soil Coupling Dynamic Problems, water dynamics. The model incorporates an intrinsic density formulation for the fluid phase and accurately accounts for the spatial and temporal variations in soil porosity. To discretize the fluid and solid phases independently, it employs two layers of SPH particles. This model successfully repro

stress-response

Assessing Slope Stability Based on Measured Data Coupled with PSO,mization (PSO), a systematic method based on measured data assessing slope stability is developed in this paper. Through the numerical simulation of two case studies, the results show that: (1) using the monitoring dataset, PSO can be applied to effectively deduce the mechanical properties of the sl

Panacea

AFFIX

SPH Modeling of Water-Soil Coupling Dynamic Problems,ations in soil porosity. To discretize the fluid and solid phases independently, it employs two layers of SPH particles. This model successfully reproduces the results of three benchmark problems, illustrating the effectiveness of the proposed SPH model for simulating water-soil dynamics.

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