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Evaluation of a Time Domain Reflectometry Technique for Seasonal Monitoring of Soil Moisture Content Under Road Pavement Test Sections

R. Andrei / A. R. Raab / D. C. Esch

An evaluation of the existing methods for reading time domain reflectometry (TDR) traces to determine soil moisture content under road pavements. Various empirical equations were used to compare soil moisture values, and the effective seasonal moisture content for a test section was calculated and graphed.

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Evaluation of a Time Domain Reflectometry Technique for Seasonal Monitoring of Soil Moisture Content Under Road Pavement Test Sections

R. Andrei / A. R. Raab / D. C. Esch

An evaluation of the existing methods for reading time domain reflectometry (TDR) traces to determine soil moisture content under road pavements. Various empirical equations were used to compare soil moisture values, and the effective seasonal moisture content for a test section was calculated and graphed.

Evaluation of a Time Domain Reflectometry Technique for Seasonal Monitoring of Soil Moisture Content Under Road Pavement Test Sections

R. Andrei / A. R. Raab / D. C. Esch

An evaluation of the existing methods for reading time domain reflectometry (TDR) traces to determine soil moisture content under road pavements. Various empirical equations were used to compare soil moisture values, and the effective seasonal moisture content for a test section was calculated and graphed.

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Check availability in my library

Page navigation

Document information

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Document information

Title:

Evaluation of a Time Domain Reflectometry Technique for Seasonal Monitoring of Soil Moisture Content Under Road Pavement Test Sections

Contributors:

R. Andrei (author) / A. R. Raab (author) / D. C. Esch (author)

Publication date:

1994

Size:

202 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Highway Engineering , Soil & Rock Mechanics , Soil Sciences , Pavements , Soil water , Reflectometers , Frozen soils , Dielectric properties , Moisture content , Measuring instruments , Freezing

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