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The authors report on the main elements of a coordinated 2001-02 IDEA/FHWA-led pooled-fund project. The project bears immediately on the engineering of critical constructed facilities (highway bridges and energy facilities, for example) to resist earthquakes and other dynamic loads. The main technical objectives of the project were to carry out a field testing program of the torsional cylindrical impulse shear test and to interpret the results of the program. The 'impulse shear test' is a new in situ geotechnical testing method that the authors' firm is developing. The program was to initiate a definitive field verification of this technology. The verification is to be a major step toward bringing the impulse shear test to practice.
The authors report on the main elements of a coordinated 2001-02 IDEA/FHWA-led pooled-fund project. The project bears immediately on the engineering of critical constructed facilities (highway bridges and energy facilities, for example) to resist earthquakes and other dynamic loads. The main technical objectives of the project were to carry out a field testing program of the torsional cylindrical impulse shear test and to interpret the results of the program. The 'impulse shear test' is a new in situ geotechnical testing method that the authors' firm is developing. The program was to initiate a definitive field verification of this technology. The verification is to be a major step toward bringing the impulse shear test to practice.
Initiation of Definitive Field Verification of Torsional Cylindrical Impulse Shear Test
W. Henke (Autor:in)
2003
60 pages
Report
Keine Angabe
Englisch
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