Civil Engineering Reference
In-Depth Information
Burg, R. G.; Caldarone, M. A.; Detwiler, G.; Jansen, D. C.;
and Willems, T. J., “Compression Testing of HSC: Latest
Technology.”
Concrete International,
American Concrete
Institute, Farmington Hills, Michigan, August 1999, pages
67 to 76.
Fiorato A. E.; Burg, R. G.; and Gaynor, R. D., “Effects of
Conditioning on Measured Compressive Strength of Con-
crete Cores”
Concrete Technology Today,
CT003
, Portland
Cement Association,
http://www.portcement.org/pdf_
files/CT003.pdf
, 2000, pages 1 to 3.
Burg, Ron G., and Ost, Borje W.,
Engineering Properties of
Commercially Available High-Strength Concrete (Including
Three-Year Data),
Research and Development Bulletin
RD104
, Portland Cement Association, 1994, 58 pages
Forester, J. A.; Black, B. F.; and Lees, T. P.,
An Apparatus for
Rapid Analysis Machine,
Technical Report, Cement and
Concrete Association, Wexham Springs, Slough, England,
April 1974
Campbell, D. H.; Sturm, R. D.; and Kosmatka, S. H.,
“Detecting Carbonation,”
Concrete Technology Today,
PL911
,
http://www.portcement.org/pdf_files/PL911.pdf
,
Portland Cement Association, March 1991, pages 1 to 5.
Forstie, Douglas A., and Schnormeier, Russell, “Develop-
ment and Use of 4 by 8 Inch Concrete Cylinders in
Arizona,”
Concrete International,
American Concrete
Institute, Farmington Hills, Michigan, July 1981, pages
42 to 45.
Carino, Nicholas J., “Prediction of Potential Concrete
Strength at Later Ages,”
Significance of Tests and Properties
of Concrete and Concrete-Making Materials,
STP 169C,
American Society for Testing and Materials, West
Conshohocken, Pennsylvania, 1994, pages 140 to 152.
Galloway, Joseph E., “Grading, Shape, and Surface
Properties,”
Significance of Tests and Properties of Concrete
and Concrete-Making Materials,
STP 169C, American
Society for Testing and Materials, West Conshohocken,
Pennsylvania, 1994, pages 401 to 410
Clear, K. C., and Harrigan, E. T.,
Sampling and Testing for
Chloride Ion in Concrete,
FHWA-RD-77-85, Federal High-
way Administration, Washington, D.C., August 1977.
Gebler, S. H., and Klieger, P.,
Effects of Fly Ash on the Air-
Void Stability of Concrete,
Research and Development
Bulletin
RD085T
, Portland Cement Association,
http://
www.portcement.org/pdf_files/RD085.pdf
, 1983.
Clemena, Gerardo G.,
Determination of the Cement Content
of Hardened Concrete by Selective Solution,
PB-213 855, Vir-
ginia Highway Research Council, Federal Highway Ad-
ministration, National Technical Information Service, U.S.
Department of Commerce, Springfield, Virginia, 1972.
Hedenblad, Göran,
Drying of Construction Water in
Concrete—Drying Times and Moisture Measurement,
T9,
Swedish Council for Building Research, Stockholm, 1997,
54 pages. [Available from Portland Cement Association as
LT229]
Clifton, James R., “Nondestructive Evaluation in Rehabil-
itation and Preservation of Concrete and Masonry
Materials,” SP-85-2,
Rehabilitation, Renovation, and Preser-
vation of Concrete and Masonry Structures,
SP-85, American
Concrete Institute, Farmington Hills, Michigan, 1985,
pages 19 to 29.
Hedenblad, Göran, “Concrete Drying Time,”
Concrete
Technology Today,
PL982
, Portland Cement Association,
http://www.portcement.org/pdf_files/PL982.pdf
, 1998,
pages 4 and 5.
The Concrete Society,
Permeability of Concrete and Its
Control,
The Concrete Society, London, 1985.
Hime, W. G.; Mivelaz, W. F.; and Connolly, J. D.,
Use of
Infrared Spectrophotometry for the Detection and Identification
of Organic Additions in Cement and Admixtures in Hardened
Concrete,
Research Department Bulletin
RX194
, Portland
Cement Association,
http://www.portcement.org/pdf_
files/RX194.pdf
,
1966, 22 pages.
Date, Chetan G., and Schnormeier, Russell H., “Day-to-
Day Comparison of 4 and 6 Inch Diameter Concrete
Cylinder Strengths,”
Concrete International,
American Con-
crete Institute, Farmington Hills, Michigan, August 1984,
pages 24 to 26.
Kelly, R. T., and Vail, J. W., “Rapid Analysis of Fresh
Concrete,”
Concrete,
The Concrete Society, Palladian Pub-
lications, Ltd., London, Volume 2, No. 4, April 1968, pages
140-145; Volume 2, No. 5, May 1968, pages 206 to 210.
de Larrard, F.; Szitkar, J.; Hu, C.; and Joly, M., “Design and
Rheometer for Fluid Concretes,”
Proceedings, International
RILEM Workshop,
Paisley, Scotland, March 2 to 3, 1993,
pages 201 to 208.
Klieger, Paul, and Lamond, Joseph F.,
Significance of Tests
and Properties of Concrete and Concrete-Making Materials,
STP 169C, American Society for Testing and Materials,
West Conshohocken, Pennsylvania, 1994.
Farny, James A.,
Concrete Floors on Ground,
EB075, Portland
Cement Association, 2001, 140 pages.
Kosmatka, Steven H., “Compressive versus Flexural
Strength for Quality Control of Pavements,”
Concrete Tech-
nology Today,
PL854
, Portland Cement Association,
http://www.portcement.org/pdf_files/PL854.pdf
,
1985a,
pages 4 and 5.
