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Sensitivity of Laboratory Test Organisms to Potassium Dichromate in Natural Water of the Moskva River
AbstractBioassay method was used to study the toxicity of natural water, sampled in the Moskva R. at sites with different level of anthropogenic...
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Validation of an analytical model of groundwater velocity based on laboratory test and numerical simulation
Surface water–groundwater exchange affects the material and energy transfer of rivers and adjacent riparian zones. As an intuitive carrier of energy,...
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Laboratory Test for Efficient and Cost-Effective Design of CPR Grouting to Improve Soft Soils
CPR grouting is a technique used to improve soft clayey soils through vertical drains and the injection of low mobility grout. CPR grouting still...
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Physical and Numerical Modelling of a Two-Well Tracer Test at the Laboratory Scale
Two-well tracer tests were performed at the laboratory scale on a large hand-compacted Bruxellian sand sample (about 2 m3), using electrical sensors...
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Laboratory-scale geotechnical centrifuge test system design and consolidation behavior analysis
Soil deformations can be easily predicted by numerical analysis programs. However, due to the differences in soil parameters or material models, soil...
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Laboratory Model Test of Rock-Socketed Pile Groups in Steep-Inclined Bedrock Under a Reduced Constraint
Improving the deformation coordination ability of unequal length pile groups is a key point in the application of pile foundation engineering. This...
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Segregation test—a standardisable test for suffusion assessment of granular soils
Suffusion is arguably the most complicated type of internal erosion. Although there are several popular assessment methods, the most realiable...
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Can wells in the vadose zone be backflushed to regain infiltration capacity? Concept and laboratory test
Vadose zone wells (VZW), or drywells, allow for high infiltration rates combined with small area demand. Nevertheless, they are rarely used for...
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On seismic response of loess-mudstone slope with underlying anti-dip fault zone: laboratory investigation using shaking table test
Fault zone often contributes to occurrence of loess-mudstone landslides in Western China under earthquake loads. As compared with extensive knowledge...
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Analyzing and Contrasting Laboratory Results with Commercial Software
This chapter introduces a methodology for analyzing and comparing laboratory findings with commercial software for matrix acidizing design and...
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Laboratory Study and Field Test of Bio-Nano Oil Displacement System in Offshore Low Permeability Reservoirs
At present, some low permeability reservoirs in offshore oil fields have small pores and complex structures. When the fluid flows through them, it is...
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Evaluation of the relationships between the laboratory and in situ test results carried out on clayey soils with multiple regression analysis: Van (Turkey) reverse fault area
Many in situ and laboratory tests are being performed to determine the engineering properties of soils. Several relationships can be established...
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Laboratory test and numerical simulations for 3D printed irregular columnar jointed rock masses under biaxial compression
The columnar jointed rock mass (CJRM) has irregular structures, which significantly influence its mechanical properties and failure characteristics....
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Fundamental Study on Laboratory Test Method for Setting Parameters of Effective Stress Analysis
The authors of this paper discussed a practical method of setting parameters for an effective stress analysis using results of a laboratory test. As...
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Failure and mechanical behavior of layered slate under Brazilian splitting test: laboratory experiment and beam-particle model
In order to reveal the influence of bedding angle on the fracture mode and mechanical response of carbonaceous slate, Brazilian split tests were...
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Pre-Failure Strain Localization in Siliclastic Rocks: A Comparative Study of Laboratory and Numerical Approaches
We combined novel laboratory techniques and numerical modeling to investigate (a)seismic preparatory processes associated with deformation...
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Development of a Field Torsional Direct Shear Test Apparatus
The current study proposes a novel field Torsional Direct Shear Test (TDST) that can measure the field shear strength of soils with particle sizes up...
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Review on Laboratory Testing for Hydraulically Bound Mixtures Used in Road Applications
Hydraulically bound mixtures are mixtures containing a hydraulic binder responsible for the fast setting and hardening properties of the material....
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Measurement Equipment for Laboratory Research of Hydraulic Fracturing
AbstractThe author focuses on the measurement and recording equipment for the laboratory research of hydraulic fracturing in the conditions of rock...
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Impact of the New European Standardisation on Soil Laboratory Routines and Test Results: The Case of Grain Size Distribution Analysis
Soil is widely used for supporting foundations and as an excavation or construction material, making the study of its properties and performance...