The 20 papers in the report deal with the following areas: Evaluation of 1986 AASHTO design guide for jointed concrete pavements; Expert system for concrete pavement evaluation and rehabilitation; ODE computer program: mechanistic-empirical asphalt concrete overlay design; Load transfer in undoweled transverse joints of PCC pavements; Flexible boundary in finite-element analysis of pavements; Transition of critical fatigue level from road surface to lower interface of asphalt layer; Application of equivalent-layer thickness concept in a mechanistic rehabilitation design procedure; Development of an improved overlay design procedure for Alaska; Performance prediction and cost-effectiveness of asphalt-rubber concrete in airport pavements; Measurement and analysis of truck tire pressures in Oregon; Evaluation of flexible pavement performance from pavement structural response; Rigorous application of linear damage concepts in development of improved flexible pavement performance models; Comparison of AASHTO structural evaluation techniques using nondestructive deflection testing; Effects of dynamic loads on performance of asphalt concrete pavements; Incremental design of flexible pavement; Stability of multilayer systems under repeated loads; Effects of dynamic loads on flexible pavements; Evaluation of increased pavement loading and tire pressures; Effect of load, tire pressure, and tire type on flexible pavement response; Field evaluation of thermal deformation in undoweled PCC pavement slabs.
Pavement Design, 1988
1988
237 pages
Report
No indication
English
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