CORRELATION OF THEORETICAL AND EXPERIMENTAL DATA FOR HIGHWAY BRIDGES. VOLUME I. STATIC LOADING
A computer program analytical routine 'SSAP2' is used to correlate a theoretical finite element analysis with experimental response of four typical two-lane multi-span girder and slab highway bridges in Tennessee. All bridges give excellent correlation between predicted and experimental responses for deflection and moment distribution to the girders, when the stringers are modelled with beam elements slave connected to plate-shell elements for the deck. The aspect ratio of element modelling is a critical factor for the finite element analysis. It is concluded that reasonable analytical results can be obtained with the SSAP2 program for non-skew straight composite beam bridges and skew composite beam bridges for low skew angles (less than 30 degrees) provided all element aspect ratios are limited to 1.5 or less. A further restriction in the use of the SSAP2 program is that the bridge load deflection response must be in the linear range.
- Prepared in cooperation with Arizona Univ., Tucson. Dept. of Civil Engineering. See also Volume 2 PB-245 813.
Washington, DC USA 20590
University of Arizona, TucsonDepartment of Civil Engineering
Tucson, AZ USA 85721-0072
- Miklofsky, H A
- Publication Date: 1974-5
- Pagination: 329 p.
- TRT Terms: Analysis; Computer programs; Concrete; Deflection; Dynamic loads; Finite element method; Girder bridges; Highway bridges; Moments (Mechanics); Ratios; Slabs; Static loads
- Identifier Terms: FORTRAN (Computer program language)
- Uncontrolled Terms: Aspect ratio; Dynamic response; Moment distribution
- Geographic Terms: Tennessee
- Old TRIS Terms: Finite elements; Static loading
- Subject Areas: Bridges and other structures; Highways;
- Accession Number: 00093476
- Record Type: Publication
- Source Agency: National Technical Information Service
- Report/Paper Numbers: FHWA-RD-75- 37 Final Rpt., FCP 35F2-892
- Contract Numbers: P0-3-1-1890
- Files: NTIS, TRIS, USDOT
- Created Date: Jan 14 1976 12:00AM