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| Research>Publications>Papers |
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| ACBM
Publications |
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| The following is a list
of refereed published articles from ACBM's first three year research
cycle (2000-2003). The results of the last three years endeavors have
been widely published in reputable journals and international symposiums.
To request additional information on a paper, please contact the author
via the e-mail link provided. |
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| Early Age Crack
Resistance of Concrete Containing Blended Cement |
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Pane, I., and Hansen,
W., “Concrete
Hydration and Mechanical Properties Under Non-Isothermal Conditions,”
ACI Materials Journal, in press.
Pane, I. And Hansen,
W., “Early Age Creep and Stress
Relaxation of Concrete Containing Blended Cements,”
Proceedings, RILEM International Conference on Early Age Cracking
in Cementitious Systems, [35], 2002, pp. 92-96.
Pane, I. And Hansen,
W., “Early Age Stress-Hydration
Kinetics and Thermomechanics,”
Proceedings, ACI Symposium on Concrete: Materials Science to Application,
A Tribute to Surendra P. Shah, 2002, pp. 293-302.
Hansen,
W., Jensen, E.A., Smiley, D., and Peng, Y., “Fatigue
Resistance of JPCP With Midslab Surface Crack,”
Proceedings, 82nd Annual Meeting of the Transportation Research
Board, Submitted. |
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| Interactions of Chemical
and Mineral Admixtures in Fresh Cement Paste |
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Struble,
L.J., Zhang, H.-G., and Chen, C.-T.,
“Using Dynamic Rheology to Probe the Microstructure
of Fresh Cement Paste,” Proceedings
of the 5th International Symposium on Cement and Concrete, Chinese
Ceramic Society, accepted. |
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| Determining
Early Stiffening and Strength Gain by Nondestructive Techniques for
Early Serviceability of Structures |
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Akkaya, Y., Voigt,
T., Subramaniam, K.V., and Shah,
S.P., “Nondestructive Measurement of
Concrete Strength Gain by an Ultrasonic Wave Reflection Method,”
Materials and Structures, 2002, in press.
Voigt, T., Akkaya, Y., and Shah,
S.P., “Early
Age Mortar and Concrete Strength by Ultrasonic Wave Reflections,”
ASCE Journal of Materials in Civil Engineering, 2002, in press.
Voigt, T., Akkaya, Y., and Shah,
S.P., “Determination
of Early Age Concrete Strength by a Reflective Ultrasonic Technique,”
Proceedings, 6th International Symposium on Utilization of High
Strength/High Performance Concrete, Koenig, Dehn and Faust (Ed.),
2002, pp. 1489-1501. |
| ^Top |
| Blended
Fiber Reinforcement for Improving the Cracking Resistance of Concrete
Pavements, Slabs, Bridge Decks, and Industrial Floors |
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Chariton, T., Kim, B., and Weiss,
W.J., (2002) "Using Passive Acoustic
Energy to Quantify Cracking in Volumetrically Restrained Cementitious
Systems," ASCE-EMD
Chariton, T., and Weiss,
W.J., (2002) " Using Acoustic Emission
to Monitor Damage Development in Mortars Restrained from Volumetric
Changes," Concrete: Material Science to Application,
A Tribute to Surendra P. Shah, ed. P. Balaguru, A. Namaan, W. Weiss,
ACI SP-206, pp. 205-218
Hossain, A. B., and Weiss,
W.J., "Assessing Residual Stress Development
and Stress Relaxation in Restrained Concrete Ring Specimens,"
(Accepted - Cement and Concrete Composites)
Hossain, A., Pease, B., and Weiss,
W.J., (2003) "Quantifying
Restrained Shrinkage Cracking Potential In Concrete Using The Restrained
Ring Test With Acoustic Emission" (Transportation Research
Board)
Kim, B., and Weiss,
W.J., "Using
Acoustic Emission to Quantify Damage in Restrained Fiber Reinforced
Cement Mortars" (Accepted - Cement and Concrete Research)
Lawler, J., Zampini, D., and Shah,
S.P., "Permeability
of Cracked Hybrid Fiber Reinforced Mortar under Load,"
ACI Materials Journal, July-August, 2002, pp. 379-385.
Qi, C., Weiss,
W.J., and Olek,
J., "Characterization of Plastic Shrinkage
Cracking in Fiber Reinforced Concrete Using Semi-Automated Image
Analysis," (Accepted - Concrete Science and Engineering)
Neithalath, N., Weiss,
W.J., and Olek,
J., "Acoustic Performance and Damping Behavior
of Cellulose-Cement Composites," (Accepted - Cement
and Concrete Composites)
Weiss, W.J.,
and Furgeson, S., "Restrained Shrinkage
Testing: The Impact of Specimen Geometry on Quality Control Testing
for Material Performance Assessment," Concreep 6: Creep,
Shrinkage, And Curability Mechanic of Concrete and Other Quasi-Brittle
Materials, ed., Ulm, F. J., Bazant, Z. P., and Wittman, F. H., Elsevier,
August 22-24 Cambridge MA © 2001, pp. 645-651
Weiss, W.J.,
and Shah, S. P., (2002) "Restrained Shrinkage
Cracking: The Role of Shrinkage Reducing Admixtures and Specimen
Geometry," Materials and Structures, March 2002, VOL.
35 - NO 246, pp. 85-91 |
| ^Top |
| Development
of Cement Kiln Dust-Slag Blended Cement for Durable Concrete |
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Wang, K., Konsta-Gdoutos,
M.S., and Shah,
S.P., “Study
of Cement-Kiln Dust – Slag Blended Cement for Durable Concrete,”
International Symposium on High Performance Concrete: Workability,
Strength and Durability, [2], 2000, pp. 805-814.
Konsta-Gdoutas, M.S., Wang, K., Babaian, P.M. and Shah,
S.P., “Effect
of Cement Kiln Dust (CKD) on the Corrosion of Reinforcement in Concrete,”
Third International Conference on Concrete Under Severe Conditions
of Environment and Loading (CONSEC ’01), [1], pp, 277-284.
Konsta-Gdoutas, M.S., Shah,
S.P., and Battacharja,
S., “Development and Performance of Cement
Kiln Dust – Slag Cement,” International Congress:
Challenges of Concrete Construction, 2002, pp. 5-11, in press.
Wang, K., Konsta-Gdoutos, M.S., and Shah,
S.P., “Hydration,
Rheology, and Strength of OPC-CKD-Slag Binders,” ACI
Materials Journal, accepted.
Konsta-Gdoutos, M.S., and Shah,
S.P. , “Synthesis
and Properties of Novel Cementitious Matrices Based on Cement Kiln
Dust – Slag Blends," Cement and Concrete Research,
submitted. |
| Chloride
Transport in Blended Cements |
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Snyder K., Feng, X.,
Keen B., and Mason,
T. O. "Estimating
the Electrical Conductivity of Cement Paste Pore Solution from K+
and Na+ Concentrations," submitted for publication in
Cement and Concrete Research (2002).
Yu, P., and Kirkpatrick,
R. J. (2003) "Chloride
binding to cement hydrate phases: binding isotherm studies, Cement
and Concrete Research," submitted.
Taylor, H. F. W., and Kirkpatrick,
R. J.
(2003) "The
Structure of Synthetic C-S-H Compounds," in Richardson,
I. G., ed., The structure and behavior of C-S-H review and synthesis,
RILEM, in press.
Brough, A. R., Katz, A., T., Sun, G. K., Struble, L. J., Kirkpatrick,
R. J., and Young, J. F. (2001), "Adiabatically
Cured Alkali Activated Cements Containing High Levels of Fly Ash:
Formation of Zeolites and Aluminum-Substituted C-S-H,"
Cement and Concrete Research, 31,
1437-1447. |
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