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Twelve papers provide the tools necessary to understand the problems and techniques in testing and reporting data for strong reinforcement products and point the way toward repeatable and reproducible test methodology for those strong products.
Experiences with and improvements to ASTM D 4595 Standard Test Method for Tensile Properties of Geotextiles by the Wide-Width Strip Method and its counterpart ISO 10319 are at the heart of this publication, including discussion of solutions to gripping problems, sample size, definitions, and LVDTs.
Based on the findings in STP 1379 and continued research and evaluation, Committee D-35 on Geosynthetics expects to resolve associated problems and improve testing and reporting that is based on D 4595 and ISO 10319.
Audience: A valuable tool for design engineers, engineers of record, contractors, product manufacturers, testing laboratories, federal, state and local authorities.
Wide-Width Geomembrane Testing
Tensile Strength and Clamping of Geogrids
Müller-Rochholz J., Recker C.
Effect of Gage Length and Test Speed on the Measured Tensile Properties of Geosynthetic Reinforcements
Kelkar A., Skochdopole T., Stevenson P., Yarmolenko S.
Effect of Gripping Technique on Tensile, Tensile Creep and Tensile Creep-Rupture Results for a High Tenacity Polyester Yarn
Allen S., Arnett S., Thornton J.
Comparative Study of Roller and Wedge Grips for Tensile Testing of High Strength Fabrics with Laser Extensometry: Comparisons to LVDT and Crosshead Extension
Cassady L., Pihs D., Skochdopole T., Stevenson P.
Effect of Clamping Mechanism on Pullout and Confined Extension Tests
Farrag K., Morvant M.
Strain Gauging Geotextiles Using External Gauge Attachment Method
Chew S., Karunaratne G., Ng C., Tan S., Wong W.
Wide-Width Strength Test for Nonwoven Geotextiles Without Using Grips
Elvidge C., Raymond G.
The Influence Factors Study for Geogrid Pullout Test
Chang D., Chang F., Yan C., Yang G.
Good Laboratory Practice in the Creep Testing of Geosynthetics
Greenwood J., Palmer J.