A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Evaluation of the Performance of Ultrasonic Equipment for Pavement Thickness Measurement
This study, is a laboratory and field evaluation of the performance of ultrasonic equipment now commercially available to measure pavement thickness. Field procedures were developed for correlation between pavement thickness determined from sample cores and from ultrasonic measurements. Statistical analysis were used. Core sampling and sonic techniques were compared with respect to production rates in obtaining sample measurements, personnel and equipment required and the relative size of the area averaged by each method to obtain a single thickness determination. (BPR abstract)
Evaluation of the Performance of Ultrasonic Equipment for Pavement Thickness Measurement
This study, is a laboratory and field evaluation of the performance of ultrasonic equipment now commercially available to measure pavement thickness. Field procedures were developed for correlation between pavement thickness determined from sample cores and from ultrasonic measurements. Statistical analysis were used. Core sampling and sonic techniques were compared with respect to production rates in obtaining sample measurements, personnel and equipment required and the relative size of the area averaged by each method to obtain a single thickness determination. (BPR abstract)
Evaluation of the Performance of Ultrasonic Equipment for Pavement Thickness Measurement
C. F. Scholer (author) / R. D. Pavlovich (author)
1968
30 pages
Report
No indication
English
Civil Engineering , Laboratory & Test Facility Design & Operation , Roads , Pavements , Thickness , Meters , Ultrasonic properties , Rayleigh waves , Measurement , Pulse counters , Resonant frequency , Vibration , Piezoelectric transducers , Statistical analysis , Calibration , Indiana , Non-destructive testing , Rochelle salts , Evaluation , Ultrasonic tests
Pavement thickness measurement using ultrasonic pulses
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