Table of Contents
Preface
1. Optimizing the Sustainability of Concrete Through Internal Curing
by Benjamin E. Byard and John Ries
2. History and Evolution of Internal Curing-Case Studies
by John Roberts, Randy Butcher, Bruce Jones, Max Kalafat, and Ron Vaughn
3. Efficiency of Eucalyptus Pulps for Internal Curing
by Passarin Jongvisuttisun, Camille Negrello, and Kimberly E. Kurtis
4. Reduction of Autogenous Shrinkage in Cement Paste by IC Using Jute Fiber
by Mitsuo Ozawa and Hiroaki Morimoto
5. Design and Construction of an Internally Cured Slab
by Robert T. Bates, Erik Holck, Miles Dee, and Michael King
6. Case Studies of Internal Curing of Bridge Decks in the Greater Cleveland Area
by Norbert J. Delatte and Dale Crowl
7. Field Performance of Internally Cured Concrete Bridge Decks in New York State
by Donald A. Streeter, William H. Wolfe, and Ronald E. Vaughn
8. Autogenous Shrinkage Mitigation in HVFA Mixtures with Internal Curing
by Igor De la Varga, Javier Castro, and W. Jason Weiss
9. Prediction of Drying Shrinkage for Internally Cured High Performance Concrete
by Tengfei Fu, Tyler Deboodt, and Jason H. Ideker
10. Early-Age Autogenous Effects in Internally Cured Concrete and Mortar
by Benjamin E. Byard, Anton K. Schindler, and Robert W. Barnes
11. Corrosion and Service Life Estimates for Internally Cured Concrete
by Kambiz Raoufi and W. Jason Weiss
12. Modeling of Internal Curing with SAP at Meso- and Macro-Level
by Mateusz Wyrzykowski, Pietro Lura, and Dariusz Gawin
13. Durability Design of HPC Bridge Decks with Lightweight Aggregate and Admixtures
by Daniel Cusson and Jim Margeson
14. Chloride Transport Measurements for a Plain and Internally Cured Concrete Mixture
by Carmelo Di Bella, Chiara Villani, Elizabeth Hausheer, and W. Jason Weiss