1997
DOI: 10.3208/sandf.37.3_129
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Permeability Characteristics of High-Quality Undisturbed Sands Measured in A Triaxial Cell

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Cited by 21 publications
(9 citation statements)
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“…The ASTM standard (ASTM 2011c) requires lower than 10 -5 m/s, and that the K value of the porous stones must be significantly greater than that of the specimen to be tested. This verification was not performed for several papers (e.g., Hatanaka et al 1997Hatanaka et al , 2001Bandini and Shathiskumar 2009), for which the reported K values seem abnormally low. Mistake No.12 is easy to avoid by running prior verification tests with hollow cylinders.…”
Section: Rigid-and Flexible-wall Permeameters Common Mistakesmentioning
confidence: 98%
“…The ASTM standard (ASTM 2011c) requires lower than 10 -5 m/s, and that the K value of the porous stones must be significantly greater than that of the specimen to be tested. This verification was not performed for several papers (e.g., Hatanaka et al 1997Hatanaka et al , 2001Bandini and Shathiskumar 2009), for which the reported K values seem abnormally low. Mistake No.12 is easy to avoid by running prior verification tests with hollow cylinders.…”
Section: Rigid-and Flexible-wall Permeameters Common Mistakesmentioning
confidence: 98%
“…In this study, the ratios between horizontal permeability and vertical permeability were chosen to be 10:1 for hemipelagic clays and mass transport deposits, and to be 3:1 for silty clays. For sands, since the permeability in the horizontal direction was found to be nearly equal to, or only slightly larger than that in the vertical direction (Hatanaka et al, 1997), the horizontal to vertical anisotropy ratio was chosen to be 1:1. Other physical properties for each lithology required for the two-dimensional basin modelling include grain density, matrix thermal conductivity, and heat capacity.…”
Section: Depth (Mbsl) Depth (Mbsl)mentioning
confidence: 99%
“…Basados en los resultados de una serie de ensayos de permeabilidad a carga constante sobre muestras de arena inalterada de gran calidad, Hatanaka et al (1997) proponen una serie de correlaciones empíricas para el cálculo de la permeabilidad de los suelos arenosos, las cuales tienen en cuenta el efecto del contenido de finos (F c Sin embargo, la principal limitación del método es que únicamente es válido para suelos con un límite líquido mayor a 50%.…”
Section: Correlaciones Empíricasunclassified
“…El interés por estudiar los aspectos fundamentales de la permeabilidad de los suelos, como la validez de la ley de Darcy o los factores que gobiernan la magnitud del coeficiente de permeabilidad (k), se ve reflejado en numerosos trabajos de investigación (Kozeny, 1927;Taylor, 1948;Carman, 1956;Mitchell y Younger, 1967;Mesri y Olson, 1971;Tavenas et al, 1983ab;Carpenter y Stephenson, 1986;Fukushima e Ishii, 1986;Uppot y Stephenson, 1989;Hatanaka et al, 1997, entre otros).…”
Section: Factores Que Afectan El Coeficiente De Permeabilidadunclassified
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