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Please use this identifier to cite or link to this item: http://hdl.handle.net/10204/2958

Title: Geomaterial characterizations of full scale pavement test sections for mechanistic analysis and design
Authors: Kwon, J
Tutumluer, E
Al-Qadi, IL
Anochie-Boateng, J
Keywords: Geomaterials
Full scale pavement
Mechanistic design
Issue Date: Feb-2007
Publisher: American Society of Civil Engineers
Citation: Kwon, J, Tutumluer, E, Al-Qadi, IL and Anochie-Boateng, J. 2007. Geomaterial characterizations of full scale pavement test sections for mechanistic analysis and design. Geo-Denver 2007: New Peaks in Geotechnics; Congress, Denver, USA, 18-21 February 2007, pp 10
Abstract: Resilient modulus is a key input property of pavement foundation geomaterials, i.e., subgrade soil and base/subbase unbound aggregate, for the mechanistic-empirical design of flexible pavements. Recent research at the University of Illinois has focused on the development of a mechanistic model for the response analysis of geogrid reinforced flexible pavements. This model utilized the finite element approach and considered the nonlinear, stress dependent pavement foundation behavior in a similar way to the level I analysis approach in the 2002 Pavement Design Guide. To validate the response model as well as to develop pavement distress models, nine full-scale flexible pavement test sections, geogrid reinforced and unreinforced, were recently constructed. To quantify the effectiveness of geogrid reinforcement on low volume flexible pavements, the fine-grained subgrade soils were carefully constructed and maintained at California Bearing Ratio (CBR) values 4% or lower throughout the test sections. A complete suite of laboratory and field tests were performed to characterize the pavement geomaterials for mechanistic analysis of the test section response. This required both monitoring of the pavement layer properties during construction and also development of modulus characterization models from multiple regression analyses of the laboratory test data
Description: Published by the American Society of Civil Engineers (2007)
URI: http://cedb.asce.org
ISBN: 0784408971
Appears in Collections:Infrastructure engineering
General science, engineering & technology

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