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Calcium-based stabilizer induced heave in Oklahoma sulfate-bearing soils.

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Okla State Agency	Transportation, Oklahoma Department of
Okla Agency Code	'345'
Title	Calcium-based stabilizer induced heave in Oklahoma sulfate-bearing soils.
Authors	Cerato, Amy B., 1977- Miller, Gerald A., Ph. D. Madden, Megan E. Elwood. Adams, Amanda. Varnier, Michaela Campbell. Oklahoma. Department of Transportation. University of Oklahoma. School of Civil Engineering and Environmental Science.
Publisher	Oklahoma Department of Transportation
Publication Date	2011-07
Publication type	Research Report/Study
Subject	Soil conditioners. Soils--Oklahoma. Roads--Subgrades. Liming of soils. Pavements--Deterioration.
Purpose	The overriding goal of this research was to reveal the physical, mineralogical, electrical, and chemical characteristics of Oklahoma soils that are vulnerable to adverse sulfate reactions due to calcium-based stabilizers. In achieving this goal, ODOT's current metho of soil-sulfate testing was critically assessed to determine the most accurate and repeatable soil sulfate test methodology possible. The research objectives were met through a detailed study of clay mineralogy/chemistry and physical characteristics of several natural sulfate-bearing clay soils from Oklahoma.
Notes	Final Report - FHWA-OK-11-03; ODOT SPR Item Number 2210
OkDocs Class#	T1300.8 C144s 10/08-12/10
For all issues click	T1300.8 C144s
ODL electronic copy	Deposited by the agency in print; digitized by Oklahoma Department of Libraries
Rights and Permissions	This Oklahoma state government publication is provided for educational purposes under U.S. coyright law. Other usage requires permission of copyright holders.
Language	English
Date created	2012-05-11
Date modified	2012-05-11
OCLC number	890218743

Title	Page 001
Full text	T 1300.8 C144s 10/08-12/10 FINAL REPORT ~ FHWA-OK-11-03 CALCIUM-BASED STABILIZER INDUCED HEAVE IN OKLAHOMA SULFATE-BEARING SOILS AMY CERATO, PH.D., P.E GERALD MILLER, PH.D., P.E. SCHOOL OF CIVIL ENGINEERING AND ENVIRONMENTAL SCIENCE UNIVERSITY OF OKLAHOMA NORMAN, OKLAHOMA MEGAN ELWOOD-MADDEN, PH.D SCHOOL OF GEOLOGY AND GEOPHYSICS UNIVERSITY OF OKLAHOMA NORMAN, OKLAHOMA AMANDA ADAMS, M.S. 2008 MICHAELA CAMPBELL VARNIER, M.S. 2010 UNIVERSITY OF OKLAHOMA NORMAN, OKLAHOMA Planning & Research Division Engineering Services Branch Research Section spr@odot.org, office: (405)522-3795 Oklahoma Department of Transportation 200 NE 21st Street, Oklahoma City, OK 73105-3204
Date created	2012-05-11
Date modified	2012-05-11

Calcium-based stabilizer induced heave in Oklahoma sulfate-bearing soils.

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Calcium-based stabilizer induced heave in Oklahoma...

Calcium-based stabilizer induced heave in Oklahoma...