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Development of an accelerated creep testing procedure for geosynthetics : technical summary.

Filetype[PDF-178.10 KB]


  • English
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    • Alternative Title:
      Development of an accelerated creep testing procedure for geosynthetics.
    • Creators:
      Farrag, Khalid
    • Corporate Creators:
      Louisiana Transportation Research Center
    • Subject/TRT Terms:
    • Publication/ Report Number:
      307
    • Resource Type:
      Tech Report
    • Geographical Coverage:
      Louisiana
    • Corporate Publisher:
      Louisiana Transportation Research Center
    • Abstract:
      Temperature-creep relationships in geosynthetics vary for each type of geogrid and depend on many factors such as polymer structure, manufacture process, degree of crystallinity, and glass-transition temperature. The extrapolation procedures to predict creep strains from elevated temperature tests do not apply to all types of polymers used in the geosynthetics industry. The investigation of the applicability of temperature-controlled accelerated creep tests in predicting creep strains to longer time intervals offered a practical and economical solution for testing various geosynthetics in reasonable time frames. The proposed research aimed to accelerated creep tests. The report can help the geotechnical engineers in evaluating creep strains at longer time frames from accelerated tests for many geosynthetics used in soil reinforcement applications.
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      PDF
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