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Study on Target Reliability of Mine Rock Slopes by Grey Fixed Weight Clustering and Analogy Method—Case Study of the **bao Iron Mine
The target reliability of mine rock slopes must be scientifically determined, which can fully reflect the safety level of slope stability and plays...
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Reliability and risk analysis for overlay designing of flexible pavements
In this research a reliability-based method is proposed for the overlay design of flexible pavement. AASHTO’s method was used to compare with the...
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Stability and reliability analysis of rock slope based on parameter conditioned random field
Systematic evaluation of the geotechnical parameters of rock slopes facilitates predicting the risk level of slope excavation processes and...
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Research and Application of Key Technologies of Fixed Angle Perforation
Fixed-angle perforation technology, which can make each projectile in gun eject in the direction parallel to reservoir at the set angle, can be...
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Experimental study of small fixed-loop transient electromagnetic method for characterizing water-bearing structures in tunnels
Understanding the response of the transient electromagnetic method (TEM) to bad geological bodies is essential to improve the accuracy of tunnel...
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Simplified estimation of reliability in structures subjected to seismic loads using the demand-capacity ratio format
In this paper, closed-form expressions to calculate both the mean annual failure rate and the confidence factor are proposed. Reliability indicators...
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Stability evaluation of spoil dump slopes reinforced by air-injection drainage from the perspective of reliability analysis
A spoil dump slope is a kind of artificial slope formed by the accumulation of engineering waste residue from multiple sources, which results in high...
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Effect of Sample Preparation on the Reliability of Large-Scale Physical Modeling in Geotechnical Systems: ACase Study
Preparing uniform soil samples is essential for obtaining reliable results in the physical modeling of geotechnical structures, such as retaining...
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Reliability-Based Design of Spatially Random Two-Layered Clayey Slopes
Two-layered cohesive slopes are encountered in geotechnical applications involving embankments, dams, levees, and natural cut slopes. The reliability...
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Reliability analysis of prestressed anchors in rock slopes of open-pit mines
Prestressed anchor cables are widely used for slope reinforcement, but the loss of prestress makes it difficult to guarantee the reinforcement...
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Multi-objective Reliability Based Optimization of Reinforced Soil Slopes with One Row of Piles Under Seismic Loading Conditions
Stabilization or increasing slope stability is commonly accomplished with piles. In this paper, a response surface method considering soil spatial...
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Improving the Reliability of Compound Channel Discharge Prediction Using Machine Learning Techniques and Resampling Methods
Compound channels play an important role in hydraulic and hydrological engineering. Many rivers and streams have naturally compound channels, which...
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Shaking table test on a geosynthetic reinforced soil modular block wall based on response surface method for reliability analysis
Reinforced soil wall is a reliable system for stabilizing failure-susceptible soil masses as well as enhancing their bearing capacity. These walls...
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Probabilistic Methods for Reliability Assessment of Floating Structures Based on Extreme Wave Simulation
With the increasing application of floating platforms in deep waters and harsh environments, a proper assessment of the reliability of floating...
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Efficient slope reliability analysis using adaptive classification-based sampling method
Slope reliability analysis can effectively account for uncertainties involved in a slope system. However, commonly used slope reliability analysis...
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Reliability analysis of slope reinforced by frame anchors considering multi-anchor failure
In engineering practice, it is found that some anchoring slopes lead to local anchor failure due to construction, environment, design, and other...
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Reliability of Monte Carlo simulation approach for estimating uniaxial compressive strength of intact rock
The strength of rock has significant influence on its performance, and is, therefore, a key input during modelling and analysis of mining and...
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Exploring the reliability of handaxe morphological analyses in 2D: a simulation-based approach
Morphological analysis is a critical component in the study of archaeological artefacts. Handaxes are some of the most iconic tools of the...
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A neural network approach for the reliability analysis on failure of shallow foundations on cohesive soils
A collection of feed forward neural networks (FNN) for estimating the limit pressure load and the according displacements at limit state of a footing...
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Comparison of the Performance of a Surrogate Based Gaussian Process, NSGA2 and PSO Multi-objective Optimization of the Operation and Fuzzy Structural Reliability of Water Distribution System: Case Study for the City of Asmara, Eritrea
Optimal scheduling of pumps in water distribution systems (WDSs) entails reducing operational cost while supplying the required water quality and...
