Daniel DE, Trautwein SJ
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Interest in hydraulic conductivity of soils and waste contaminant transport has increased substantially in recent years, largely due to environmental concerns. Assessments of potential contamination at a site are possible only if accurate information is available concerning the hydraulic conductivity of subsoils.
STP 1142 provides this information, including detailed coverage of methods for determining the hydraulic conductivity of soil in the laboratory and in the field. This publication describes testing methods, test results, and case histories. Applications include water, chemical, and leachate movement through soil.
28 peer-reviewed papers cover:
Methods for determining hydraulic conductivity of saturated soils in the laboratory
Waste-soil interactions that can alter hydraulic conductivity
Assessment of hydraulic conductivity in unsaturated soils, including laboratory and field methods for evaluating hydraulic conductivity of unsaturated soils
In-situ hydraulic conductivity tests for compacted soil liners and caps.
Hydraulic conductivity testing for vertical cutoff walls, including procedures dealing with potential testing errors.
Methods for determining the hydraulic conductivity of natural geologic deposits
Effects of environmental stresses such as freeze-thaw
Specialized problems in hydraulic conductivity testing, such as electrokinetic coupling, influence of distortion in the soils, and measuring the hydraulic conductivity of bentonites.
Representative Specimen Size for Hydraulic Conductivity Assessment of Compacted Soil Liners
Benson C., Hardianto F., Motan E.
In-Situ Hydraulic Conductivity Tests for Compacted Soil Liners and Caps
Boutwell G., Trautwein S.
Laboratory Testing to Evaluate Changes in Hydraulic Conductivity of Compacted Clays Caused by Freeze-Thaw: State-of-the-Art
Benson C., Chamberlain E., Othman M., Zimmie T.
Hydraulic Conductivity of Compacted Clayey Soils Under Distortion or Elongation Conditions
Cheng S., Larralde J., Martin J.
A Comparison Between Field and Laboratory Measurements of Hydraulic Conductivity in a Varved Clay
DeGroot D., Lutenegger A.
Effects of Post Compaction Water Content Variation on Saturated Conductivity
Drumm E., Phifer M., Wilson G.
Large-Size Test for Transport of Organics Through Clay Liners
Edil T., Heim D., Park J.
Field Measurement of Hydraulic Conductivity in Slowly Permeable Materials Using Early-Time Infiltration Measurements in Unsaturated Media
Baumgartner N., Elrick D., Fallow D., Parkin G., Reynolds W.
Impact of Leakage on Precision in Low Gradient Flexible Hall Permeability Testing
Buettner W., Haug M., Wong L.
Influence of Polymers on the Hydraulic Conductivity of Marginal Quality Bentonite-Sand Mixtures
Boldt-Leppin B., Haug M.
Hydraulic Conductivity of Borehole Sealants
DeGroot D., Lutenegger A.
The Effects of Freeze/Thaw Cycles on the Permeability of Three Compacted Soils
Bowders J., McClelland S.
Volume-Controlled Hydrologic Property Measurements in Triaxial Systems
Kiusalaas N., Nelson K., Olsen H., Poeter E., Willden A.
Hydraulic Conductivity of Solidified Residue Mixtures Used as a Hydraulic Barrier
Guven C., Pamukcu S., Topcu I.
Constant-Flow and Constant-Gradient Permeability Tests on Sand-Bentonite-Fly Ash Mixtures
Glade M., Shackelford C.
Two Case Histories: Field Sealed Double Ring Infiltrometer(SDRI) and Laboratory Hydraulic Conductivity Comparison Test Programs
Rosik E., Sacrison R., Wallace J.
Evaluation of Attenuation Capability of a Micaceous Soil as Determined from Column Leaching Tests
Mohamed A., Tan B., Yong R.
Paper ID: STP1142-EB