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Experimental and Numerical Modeling of the Freeze–thaw Response of U-Shaped Channel Lining on Sulfate Saline Soil Foundation
Under the influence of seasonal freeze-thaw cycles, the concrete lining of channels situated on saline soil foundations is highly vulnerable to an...
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The Effect of Limestone Powder Characteristics on Sulfate Attack of Cement-Based Materials in Low-Temperature Saline Soil Areas of Northwest China
In this study, the impact of a saline soil environment at low temperatures on the durability of cement-based materials is investigated. Specifically,...
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Study on the Sulfate Erosion Behavior of Cement-based Materials with Different Water-to-binder Ratios Containing Stone Powder in a Low-Temperature Saline Soil Area
To research the performance of low-temperature sulfate corrosion resistance of concrete mixed with stone-powder in saline soil area of Qinghai-Tibet...
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Mechanical strength characteristics of saline soil stabilized by all-solid waste cementitious material based on projection pursuit regression modeling
To reduce engineering hazards caused by saline soil, and considered from the perspectives of environmental protection and resource conservation, an...
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Enhancing Durability of Concrete in Saline Soil with Nano-CaCO3 Modification: Investigation and Reliability Analysis
In this study, the effect of nano-CaCO 3 on the durability of concrete was investigated by simulating the attack of semi-buried concrete structures in...
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Effect of Microbially Induced Carbonate Precipitation (MICP) in the Highly Saline Silty Soil of the Cold Plateau Area of the Qinghai-Tibetan Plateau
The discovery of new types of high-yield urease-producing microorganisms in extreme environments and the use of their particular functions to...
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Performance Analysis of Sulfate Pisha-Sandstone Cement Soil Based on the Grey Entropy Theory
The exploitation of Pisha sandstone is one of the most significant strategies for environmental protection and resource saving in the border areas of...
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Numerical Simulation of Degradation Behavior of Concrete Piles in Sulfate Saline Soils
In this study, an integrated numerical approach is developed to simulate the damage and degradation behaviors of concrete piles in sulfate saline...
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Ettringite Formation and Stabilization Methods of Sulfate-Bearing Soil: A State-of-the-Art Review
One of the common problems encountered in the pavement and geotechnical engineering field is the stabilization of sulfate-bearing soils. Pavements...
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Study on thermal conductivity model of saline soil based on particle morphology
Thermal conductivity of soils is significant on the thermal simulations in cold region engineering. Based on the generalized thermal conductivity for...
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Degradation Mechanisms of Chloride Contaminated Cast-in-Situ Concrete Partially Exposed to Magnesium-Sulfate Combined Environment
Cast-in-situ concrete suffers complicated working conditions in sulfate-rich saline soil areas. Sulfate-magnesium combined attack can be encountered...
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Asessment and Forecast of Changes in the Properties of Saline Soils Exposed to Technogenic Effects
Based on studies conducted in soil conditions typical for Kazakhstan, a methodology for assessing and predicting the properties of the water-salt...
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Zoning and an Account for Soil Salination in the Design of Automobile Roads
The article presents the results of the study and zoning of the territory of the Republic of Uzbekistan according to the types of soil salinity. The...
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Life Prediction Model of Nano-CaCO3 Modified Concrete in Sulfate Environment
In the saline soil environment, the salts corrode the ordinary cement concrete seriously, and concrete structures deteriorate gradually until it...
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Ecological and sustainable implications of phosphorous-solubilizing microorganisms in soil
Phosphorus (P) is a macronutrient that plants need to grow. However, most of the soil’s phosphorus is still insoluble, making it difficult for plants...
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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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Strengthening of Soil Through Microbial Induced Calcite Precipitation Using Acetobacter xylinum
In recent years, there has been a sharp increase in the research for technology relating to the alteration in the composition and characteristics of...
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Assessing deep soil mixing for excavation support in Sabkha soils: a numerical study
Excavation in Sabkha soils, found in coastal regions of Saudi Arabia, presents complex challenges in construction due to their unique geotechnical...
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The connection between soil shrinkage and pore water distribution of compacted clays using the nuclear magnetic resonance technique
The shrinkage behavior of compacted clays is crucial for evaluating deformation and failure potentials in subgrade and earth dam engineering. A...
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Mechanical Properties and Neural Network Prediction of Cement Fly Ash-Enhanced Roadbed Soil in Seasonal Frozen Zones Under Short-Term Curing
The freezing and thawing of roadbed soils in seasonal frozen zones can cause uneven settlement and other road problems, which puts road operation at...