Evaluating Lateral Spreading Using Newmark Method Based on Liquefaction Triggering by Yanxin Yang, Junhua Chen, Zhenqiang Zhang, Jianlin Ma

“…The prediction of liquefaction-induced lateral spreading is an important geotechnical engineering problem. In this paper, a simplified prediction method based upon Newmark sliding block analysis was proposed to predict the liquefaction-induced lateral spreading. …”
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Integration and Application of a Fabric-Based Modified Cam-Clay Model in FLAC^3D by Xiao-Wen Wang, Kai Cui, Yuan Ran, Yu Tian, Bo-Han Wu, Wen-Bin Xiao

“…Numerical simulation results indicate that considering anisotropy and three-dimensional strength in geotechnical engineering analysis is necessary. By accounting for the interaction between microstructure and macroscopic anisotropy, the model can more accurately represent soil behavior, providing significant advantages for geotechnical analysis.…”
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Dynamic Shear Properties of Recycled Waste Steel Slag Used as a Geo-Backfill Material by Liyan Wang, Jiatao Yan, Qi Wang, Binghui Wang, Wenxue Gong

“…The comparisons of the dynamic shear properties of the steel slag with those of Nanjing fine sand and Fujian standard sand showed that the steel slag had similar dynamic shear resistance to Fujian standard sand and had potential to become a substitute for sand in the practical geotechnical engineering in the future.…”
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Upper Bound Limit Stability Analysis for Soil Slope with Nonuniform Multiparameter Distribution Based on Discrete Algorithm by Zhen Wang, Xumeng Yang, Ang Li

“…Slope stability analysis is a core issue in geotechnical engineering. This paper proposes a method of upper bound limit stability analysis for a slope with multiparameter coordinated variation based on the comprehensive consideration of the nonuniform distribution of slope soil parameters. …”
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Treatment and Effect of Loess Metro Tunnel under Surrounding Pressure and Water Immersion Environment by Lixin Wang, Chenghan Li, Junling Qiu, Ke Wang, Tong Liu, Heng Li

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Sidewall Roughness Measurement and Bearing Performance Simulation of Rock-Socketed Piles Based on Laser Scanning Point Cloud by Junbao Zhang, Yule Hu, Yiteng Wang, Di Zhang

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Effect of Moisture on the Macro Failure Characteristics of Weakly Consolidated Mudstone: Mesomechanism by Jiahui Xu, Guichen Li, Haoyu Rong, Mohamed Elgharib Gomah, Changlun Sun, Jinghua Li, Suhui Zhang

“…Mudstone, whose significant characteristic is water-weakening, widely exists in all kinds of geotechnical engineering, which brings great security risks to engineering safety. …”
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Mechanical Modeling of Frozen Coarse-Grained Materials Incorporating Microscale Investigation by Shan-Zhen Li, Liang Tang, Shuang Tian, Xian-Zhang Ling, Yang-Sheng Ye, De-Gou Cai

“…The results obtained in this study can provide a helpful reference for the analysis of frozen coarse-grained materials in geotechnical engineering.…”
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A Hybrid Random Forest and Least Squares Support Vector Machine Model Based on Particle Swarm Optimization Algorithm for Slope Stability Prediction: A Case Study in Sichuan–Tibet H... by Tao Shu, Wei Tao, Haotian Lu, Hao Li, Jingxuan Cao

“…The results provide a novel approach toward slope stability prediction in the field of geotechnical engineering.…”
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Control of Road Settlement around Stone-Arch Bridges by Material Modification and Embankment by Sajad Tavakoli, Mohammad Hosein Aminfar, Saeed Toulabi

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Experimental Investigation of the Anchoring Effect of Two Different Types of Rock Bolts on Fractured Rock by Rongchao Xu, Hui Zhou

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Study on shear creep model of calcareous sand in China South Sea by Bin Tang, Bin Tang, Xingyun Huang, Weitao Zhong

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Axial Uplift Behaviour of Belled Piers in Coarse-Grained Saline Soils by Jian Xu, Jianwei Ren, Songhe Wang, Long Jin, Jun Yuan

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Prediction of Soil Water Characteristic Curve Based on Soil Water Evaporation by Gaoliang Tao, Da Lei, Lisheng Liu, Yi Li, Xueliang Zhu

“…This study developed the application of evaporation curves in geotechnical engineering, reduced the workload of measuring soil water characteristic curves, and explored the relationship between evaporation rate and fractal dimension. …”
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Numerical Simulation Research on Crack Bifurcation Mechanism of Bidirectional Cumulative Tensile Blasting by Pengfei Guo, Kengkeng Ye, Xiaohu Zhang

“…Shaped energy blasting has been widely used in the field of geotechnical engineering because of its good orientation and high energy utilization. …”
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Temporal-Spatial Characteristics of Ground and Pile Responses to Twin Shield Tunneling in Clays by Minghong Sheng, Jinjin Gao, Panpan Guo, Rihong Cao, Yixian Wang

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Physical and Compaction Properties of Granular Materials with Artificial Grading behind the Particle Size Distributions by Ming-liang Chen, Gao-jian Wu, Bin-rui Gan, Wan-hong Jiang, Jia-wen Zhou

“…Granular materials in geotechnical engineering is generally considered to be mixtures of clay, sand, and gravel that commonly appear in slopes, valleys, or river beds, and they are especially used for the construction of earth-rock-filled dams. …”
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Experimental Study on Compression and Intrinsic Permeability Characteristics of Municipal Solid Waste by Gang Zeng, Jun Ma, Dan Hu, Jing Wang

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Ground Vibration Isolation of Multiple Scattering by Using Rows of Tubular Piles as Barriers by Miao-miao Sun, Guo-qian Liang, Tang-dai Xia, Xiu-liang Chen, Jing-lin Qian, Hua-jian Fang, Xue-mei Li, Xiao-li Wan

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Research on Formation Identification Based on Drilling Shock and Vibration Parameters and Energy Principle by Yu Ding, Zhuoying Tan, Shuguang Li, Zizhen Miao, Huifen Qu

“…In geotechnical engineering and geological survey, the stratum structure and its corresponding physical and mechanical properties are the most concerned. …”
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