A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prestressed Concrete Pavement: Instrumentation, In-situ Behavior, and Analysis
The long-term work plan at the initial design phase of the McLennan County prestressed concrete pavement (PCP) overlay consisted of the determination of variables that are relevant to design, the development of models and design procedures, and the study of the effect of environmental factors on PCP slabs. The present study focuses on the evaluation of the performance of PCP, with specific observation of horizontal slab displacements caused by changes in temperature. The behavior of the PCP is characterized by the presentation of a field data analysis. The instrumentation of the PCP slabs is described, graphs of measured displacements of the slabs for daily temperature cycles are presented, and a regression analysis of the slab movements is performed. In addition, a model that predicts both displacements and stresses is presented. The model is calibrated to the field data and is used to analyze stress concentrations in the slabs. Finally, conclusions and recommendations based on the instrumentation program, data analysis, and model are outlined.
Prestressed Concrete Pavement: Instrumentation, In-situ Behavior, and Analysis
The long-term work plan at the initial design phase of the McLennan County prestressed concrete pavement (PCP) overlay consisted of the determination of variables that are relevant to design, the development of models and design procedures, and the study of the effect of environmental factors on PCP slabs. The present study focuses on the evaluation of the performance of PCP, with specific observation of horizontal slab displacements caused by changes in temperature. The behavior of the PCP is characterized by the presentation of a field data analysis. The instrumentation of the PCP slabs is described, graphs of measured displacements of the slabs for daily temperature cycles are presented, and a regression analysis of the slab movements is performed. In addition, a model that predicts both displacements and stresses is presented. The model is calibrated to the field data and is used to analyze stress concentrations in the slabs. Finally, conclusions and recommendations based on the instrumentation program, data analysis, and model are outlined.
Prestressed Concrete Pavement: Instrumentation, In-situ Behavior, and Analysis
E. D. Mandel (author) / N. H. Burns (author) / B. F. McCullough (author)
1989
66 pages
Report
No indication
English
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