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Effect of initial void ratio on the tensile strength of unsaturated silty soils
The tensile strength of unsaturated soils is a fundamental property in various geotechnical designs. Reliable estimation of the tensile strength of...
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Relation between void ratio and contact fabric of granular soils
Void ratio is one of the key engineering properties of granular soils. It reflects how well the grains are packed and hints whether the soil is...
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Constitutive model for soil-rock mixtures in the light of an updated skeleton void ratio concept
As a type of special geological body, soil-rock mixtures (SRMs) are widely found in nature and used in civil engineering. Many structures, such as...
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A Plasticity Model of Binary Mixtures for Liquefaction Simulation Considering the Equivalent Granular Void Ratio
Most natural soil deposits are non-homogeneous granular materials consisting of coarse-grained particles with finer non-plastic particles filling the...
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Evaluation of hydraulic conductivity of gap-graded granular soils based on equivalent void ratio concept
Gap-graded granular soils are used as construction materials worldwide, and their hydraulic conductivity depends on their relative content of coarse...
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Influence and sensitivity analysis of mortar void in CRTS II ballastless slab track on the vehicle-track dynamics
Mortar void is the most prevalent disease in CRTS II ballastless slab track aggravating the service performance of vehicle and track structures. For...
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Comprehensive laboratory study on stress–strain of granular soils at constant global void ratio: combined effects of fabrics and silt content
The published literature has revealed conflicting results regarding the effect of low plastic fines fraction ( I p ≤ 5.0%) on the mechanical behavior...
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Void size distribution and hydraulic conductivity of a binary granular soil mixture
Permeability of binary mixtures of soils is important for several industrial and engineering applications. Previous models for predicting the...
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Three-dimensional constraint-based void-growth model for high temperature hydrogen attack
High temperature hydrogen attack (HTHA) is degradation of steels exposed to hydrogen gas at high temperatures and pressures. Hydrogen in steels...
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Multi-scale analysis of void evolution in large-section plastic mold steel during multi-directional forging
The void evolution of large-section plastic mold steel during multi-directional forging (MDF) was investigated using multi-scale analysis. To...
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Intergranular void ratio and undrained monotonic behavior of Chlef sand containing low plastic fines
Stability analysis of soils prone to static liquefaction based on their monotonic undrained shear strength characteristics is an indispensable...
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Effective skeleton stress and void ratio for constitutive modeling of fiber-reinforced sand
Inclusion of flexible fibers such as polypropylene and polyester is an effective method for soil improvement, as it significantly enhances the soil...
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Study on the Effect of Void Defect on Mechanical Properties of Carbon Fiber Composites by Finite Element Method
Carbon fiber composites are increasingly used in various industries. However, void defect is inevitable in the curing process of composites, which...
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Void closure during open die forging of large size martensitic stainless-steel ingots: an experimental-analytical-numerical study
In the present research, void closure during the open die forging process of large size AISI410 martensitic stainless-steel ingots was studied using...
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In situ measurements of void fractions and bubble size distributions in bubble curtains
We report the development of a novel measurement system designed to measure bubble properties in bubble curtains (i.e. planar bubble plumes) in situ...
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Peridynamic Meso-scale Modeling for Degradation in Transverse Mechanical Properties of Composites with Micro-void Defects
The effect of micro-void on transverse stiffness and strength for fiber-reinforced composites subjected to load perpendicular to fiber is studied...
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Void growth and coalescence in sigmoidal hardening porous plastic solids under tensile and shear loading
This work examines the void growth and coalescence in isotropic porous elastoplastic solids with sigmoidal material hardening via finite element...
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Mechanism of cross-level settlements and void accumulation of wide and conventional sleepers in railway ballast
The cross-level and twist irregularities are the most dangerous irregularity types that could cause wheel unloading with the risk of derailments and...
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Role of boundary condition, stress–suction coupling, and effective stress in swelling of densely compacted Gaomiaozi bentonite
The swelling behavior of compacted bentonite needs to be analyzed in detail to ensure the buffer functions in deep geological repositories. In this...
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Numerical Study of the Variation of the Voids Ratio of Soil Improved Stone Column
This research work is part of the trend of soil reinforcement procedures aimed at improving poor quality soils. Among these techniques, those that...
