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A platform for research: civil engineering, architecture and urbanism
Weigh-In-Motion and Response Study of Four Inservice Bridges
The report presents the results of a 30-month investigation at Lehigh University during which a Federal Highway Administration Weight-in-Motion (FHWA WIM) system was redesigned and to acquire and process simultaneous truck weight plus bridge response data from 19,402 trucks crossing 4 inservice bridges in Pennsylvania. The new system is designated the WIM+RESPONSE system in the report. The WIM+RESPONSE system is capable of acquiring and processing data to provide information on simultaneous bridge loading and response including gross vehicle weight (GVW) and stress range distributions, strain rates, maximum stresses, load distribution, and dynamic effects. Detailed information is provided in the report on GVW distributions for the four inservice bridges plus stress range distributions, strain rates, and maximum stresses at 16 locations on each of the 4 bridges.
Weigh-In-Motion and Response Study of Four Inservice Bridges
The report presents the results of a 30-month investigation at Lehigh University during which a Federal Highway Administration Weight-in-Motion (FHWA WIM) system was redesigned and to acquire and process simultaneous truck weight plus bridge response data from 19,402 trucks crossing 4 inservice bridges in Pennsylvania. The new system is designated the WIM+RESPONSE system in the report. The WIM+RESPONSE system is capable of acquiring and processing data to provide information on simultaneous bridge loading and response including gross vehicle weight (GVW) and stress range distributions, strain rates, maximum stresses, load distribution, and dynamic effects. Detailed information is provided in the report on GVW distributions for the four inservice bridges plus stress range distributions, strain rates, and maximum stresses at 16 locations on each of the 4 bridges.
Weigh-In-Motion and Response Study of Four Inservice Bridges
J. H. Daniels (author) / J. W. Wilson (author) / B. T. Yen (author) / L. Y. Lai (author) / R. Abbaszadeh (author)
1987
202 pages
Report
No indication
English
Highway Engineering , Transportation , Highway bridges , Loads(Forces) , Stresses , Strains , Stress measurement , Height measurement , Dynamic loads , Strain tests , Trucks , Dynamic structural analysis , Bridge test , Load bearing tests , Vehicle weight , Moving vehicle weight measurement , Load bearing capacity
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