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- W570847612 abstract "There were two primary objectives for the research documented in this short report. One was to evaluate the sensitivity of complex modulus measurements made using the recently improved field shear test (FST), following a new and potentially more effective testing protocol. The other objective was to evaluate the sensitivity of the indirect tension (IDT) strength test, performed at high temperatures in order to evaluate mixture cohesion and rut resistance. Both of these tests are quick and simple--especially the IDT strength test--and are thus good candidates for use as field tests for quality control of asphalt concrete mixtures. The test program used to evaluate the sensitivity of both the FST (new protocol) and IDT strength test was straight forward, and followed in all important aspects the same sensitivity test plan used during the initial evaluation of the FST performed as part of NCHRP Project 9-18. In fact, the same set of specimens was used, though their modulus was somewhat higher due to gradual hardening of the mixtures over time. Four different aggregates were used in the test program, and the composition of each of the resulting four primary mixtures was varied in a consistent way, with changes in coarse aggregate, mineral filler, and asphalt binder content. Four replicate specimens were tested for each mixture variation, ensuring adequate degrees of freedom for statistical analyses. To date, only one FST prototype exists, so the results of this study should be considered preliminary. Additional evaluations of the FST under field conditions are needed, preferably using two or three devices and a number of different operators." @default.
- W570847612 created "2016-06-24" @default.
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- W570847612 date "2003-06-01" @default.
- W570847612 modified "2023-09-23" @default.
- W570847612 title "SENSITIVITY EVALUATION OF FIELD SHEAR TEST USING IMPROVED PROTOCOL AND INDIRECT TENSION STRENGTH TEST" @default.
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