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Investigation of the Impacts of Nanomaterials on the Micromechanical Properties of Gypseous Soils
Soil stabilization is essential to improve the undesirable geotechnical properties of soil. This study presents using nanoclay and nanosilica to...
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Collapsibility and leaching behavior of an artificial sandy gypseous soil
Gypsum is a sulfate mineral that exists at variable contents of top soils, particularly those in arid and semiarid areas of the world. Despite its...
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Investigation of Shear Strength Parameters for Gypseous Soils Using a Modified Apparatus of Triaxial Test
The influence of matric suction on the compressibility of unsaturated gypseous sand soil under various loading conditions is investigated in this...
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Mechanical characterization of a gypseous soil: experimental and numerical studies
Gypseous soils have been widely considered problematic soils due to their unstable and detrimental behaviors, i.e. collapse upon wetting, fabric...
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Analyzing the Effect of Gypseous Soil Stabilized with Ground Granulated Blast Furnace Slag by DBN-MFO
Gypseous soil is an emerging process in the construction environment for the application of building works presently. Increasing the strength of the...
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Evaluation of the Collapse Potential Magnitude of Untreated and Treated Collapsible Gypseous Soil — A New Procedure
Many researches have been conducted to study the collapse potential of collapsible soils using collapse tests; single-oedometer tests, and...
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Predicting the chemical and mechanical properties of gypseous soils using different simulation technics
Gypseous soils are soils that contain sufficient quantities of gypsum that are considered collapsible soil. The present study's objective is to...
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Role of Soluble Materials on the Hydro-mechanical Properties of Collapsible Gypseous Soil
A program of laboratory tests and analysis of results was conducted for Iraqi gypseous soil to understand the role of soluble minerals on some...
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An Experimental Study Evaluating the Negative Skin Friction on Single and Group of Close-ended Circular Pipe Piles Embedded in Gypseous Soil
The engineering characteristics of gypseous soil change as it becomes wet, posing a risk to the structures above it. The bearing capacity and...
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Linear and nonlinear approaches and statistical evaluations to predict the shear strength parameters and collapse potential of gypseous soils
Gypsum soils suffer from engineering problems of collapse, which occurs when an increase in moisture causes significant soil deformation in the...
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Effect of Microbial Induced Calcite Precipitation on Shear Strength of Gypseous Soil in Dry and Soaking Conditions
The gypseous soils have complex and irregular behavior and are found predominantly in dry and semi-dry areas of the world; when gypseous soils are...
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Improving the Gypseous Soil Bearing Capacity Using Geotextile Reinforcement Under Dry Condition
Gypseous soil is one of the problematic soils and greatly affects the stability of the engineering structures, especially in Iraq. The main...
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Suction—Resistivity Relationship in Unsaturated Gypseous Soil
Suction pressure and water potential significantly affect the geotechnical and geophysics behavior of the gypseous collapsible soil, especially under...
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The Effect of Electric Field on the Settlement Behavior to Improve Gypseous Soil
There are many techniques to improve gypseous soil, one of these is used electrical field (Electro-osmotic consolidation), which is the technology of...
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Mechanical Behavior of Gypseous Soil Treated with Lime
Gypseous soil is a problematic soil that is very sensitive to moisture variations and loses its strength upon saturation. Lime stabilization is...
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Geotechnical Properties of Clayey Soils Stabilized with Marble Dust and Granulated Blast Furnace Slag
The stabilization of clayey soils is one of the most challenging areas of geotechnical engineers. In shallow and deep stabilization works, the most...
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Sandy Soils in the United States: Properties and Use
Sandy soils are derived from a variety of parent materials and are found on a variety of landscapes. The high sand content causes these soils to have...
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Stability of Gypseous Soil Slopes Using the Upper Bound Theorem of Limit Analysis
The upper bound theorem of limit analysis is utilized to study the stability of gypseous soil slopes. A simplified equation is proposed to estimate...
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Effect of gypsum crystals on the pavement design properties of a clayey soil
Gypseous soils are present in many parts of the world, particularly in the Middle East and Africa. While effects of addition of various percentages...
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Using Artificial Neural Networks to predict the Unconfined Compressive Strength of Clayey Soils Stabilized by Various Stabilization Agents
Soil stabilization is commonly accepted for amending undesired soil geotechnical characteristics to be suitable for various structures foundations....