Publisher Copyright: © Published under licence by IOP Publishing Ltd. Copyright: Copyright 2021 Elsevier B.V., All rights reserved.Clay content is the main characterizing parameter when classifying fine-grained soils. Hydrometer method (HD) is commonly used in geotechnics to obtain the grain size distribution properties of fine-grained soils. However, this test is laborious and time consuming as compared to alternative methods such as laser diffraction (LD). In this study, a comparison between the results for clay content of 19 samples from different locations in Finland using HD and LD methods was carried out aiming at obtaining a mathematical expression that allows to transform LD measurements into HD results. The results were statistical...
Classically, the grain size of soil and sediment samples is determined by the sieve method for the c...
Published Conference ProceedingsA fundamental aspect of the characterization of any soil is the asse...
This study analyses the real applicability of laser scanning techniques to determine bulk densities ...
In this paper the soil grain-size distribution determined by Laser Diffraction method (LDM) is teste...
Laser-diffraction analysis (LDA) is a rapid automated method achieving highly resolved fre-quency di...
Laser diffraction (LD) for determination of particle size distribution (PSD) of the fine earth fract...
The grain size analysis plays a significant role in any geotechnical study. The grain size analysis,...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
Not AvailableA study was undertaken to optimize the parameters for particle size analysis through la...
Nowadays there is a growing demand for rapid and accurate determination of grain size distribution. ...
The subject of this article is a comparison of results of soil texture analysis of loamy and sandy‑l...
Particle size distribution (PSD) is essential infor-mation for those in the fields of engineering an...
<div><p>Mathematical descriptions of classical particle size distribution (PSD) data are often used ...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
The standard sieving, pipette and hydrometer methods for soil particle size analysis (PSA) have thre...
Classically, the grain size of soil and sediment samples is determined by the sieve method for the c...
Published Conference ProceedingsA fundamental aspect of the characterization of any soil is the asse...
This study analyses the real applicability of laser scanning techniques to determine bulk densities ...
In this paper the soil grain-size distribution determined by Laser Diffraction method (LDM) is teste...
Laser-diffraction analysis (LDA) is a rapid automated method achieving highly resolved fre-quency di...
Laser diffraction (LD) for determination of particle size distribution (PSD) of the fine earth fract...
The grain size analysis plays a significant role in any geotechnical study. The grain size analysis,...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
Not AvailableA study was undertaken to optimize the parameters for particle size analysis through la...
Nowadays there is a growing demand for rapid and accurate determination of grain size distribution. ...
The subject of this article is a comparison of results of soil texture analysis of loamy and sandy‑l...
Particle size distribution (PSD) is essential infor-mation for those in the fields of engineering an...
<div><p>Mathematical descriptions of classical particle size distribution (PSD) data are often used ...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
The standard sieving, pipette and hydrometer methods for soil particle size analysis (PSA) have thre...
Classically, the grain size of soil and sediment samples is determined by the sieve method for the c...
Published Conference ProceedingsA fundamental aspect of the characterization of any soil is the asse...
This study analyses the real applicability of laser scanning techniques to determine bulk densities ...