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Field Verification of Standard Installation Direct Design (SIDD) Method for Concrete Pipe
In this study, four steel reinforced concrete pipes were fully instrumented and tested in the load cell facility of the Ohio Research Institute for Transportation and the Environment (ORITE). Pipes were tested with two diameters and two backfill conditions. The behavior of these pipes was compared to two instrumented pipes that were installed in the field and with theoretical calculations. Theoretical values were calculated from finite element program Culvert Analysis and Design (CANDE) and design program Standard Installation Direct Design (SIDD).
Field Verification of Standard Installation Direct Design (SIDD) Method for Concrete Pipe
In this study, four steel reinforced concrete pipes were fully instrumented and tested in the load cell facility of the Ohio Research Institute for Transportation and the Environment (ORITE). Pipes were tested with two diameters and two backfill conditions. The behavior of these pipes was compared to two instrumented pipes that were installed in the field and with theoretical calculations. Theoretical values were calculated from finite element program Culvert Analysis and Design (CANDE) and design program Standard Installation Direct Design (SIDD).
Field Verification of Standard Installation Direct Design (SIDD) Method for Concrete Pipe
S. M. Sargand (author) / G. A. Hazen (author)
1998
150 pages
Report
No indication
English
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