CitedEvidence
User Settings
Open AccessDissertation

Puncture resistance of geotextiles and evaluation of the g-rating classification system

Paul Angelo Maisano-1995-01-01-Victoria University Research Repository (Victoria University)

TL;DRAbstract

The puncture resistance of geotextiles in Australia is measured in terms of the G-Rating, which is the product of CBR and drop cone puncture test results. CBR and drop cone puncture tests were conducted on 24 geotextiles to provide up-to- date results, and to evaluate the G-Rating. CBR puncture tests using modified plungers were also conducted to assess the accuracy of shape factors quoted in the literature- 3.0 for angular aggregate and 0.8 for rounded aggregate. Wide strip tensile tests were also conducted to compare with CBR puncture test results. The results of the testing program show no relationship between wide strip tensile test results and CBR puncture test results. The modified plunger CBR puncture test results show that shape factors are not only shape dependent, but are fabric dependent as well, with the results somewhat different from those commonly quoted. The exponent used to calculate the G-Rating varies for the same fabric tested at different drop heights in the drop c

Chat with Paper

AI Agents for this Paper

The puncture resistance of geotextiles in Australia is measured in terms of the G-Rating, which is the product of CBR and drop cone puncture test results. CBR and drop cone puncture tests were conducted on 24 geotextiles to provide up-to- date results, and to evaluate the G-Rating. CBR puncture tests using modified plungers were also conducted to assess the accuracy of shape factors quoted in the literature- 3.0 for angular aggregate and 0.8 for rounded aggregate. Wide strip tensile tests were also conducted to compare with CBR puncture test results. The results of the testing program show no relationship between wide strip tensile test results and CBR puncture test results. The modified plunger CBR puncture test results show that shape factors are not only shape dependent, but are fabric dependent as well, with the results somewhat different from those commonly quoted. The exponent used to calculate the G-Rating varies for the same fabric tested at different drop heights in the drop c

Keywords

Ultimate tensile strengthGeotechnical engineeringMathematicsEngineeringMaterials scienceComposite material

Chat

Click to start Chat