Description

Book Synopsis
This volume contains ten invited presentations on the topic of sulfate attack caused by external sulfate sources. The discussions concentrate on chemical and physical mechanistic aspects of the applicable sulfate-to-paste reactions and on the interrelationships between the internal (e.g., paste composition, pore solution, concrete matrix permeability) and external (e.g., composition of aggressive medium, temperataure and humidity, curing practices) variables.

Table of Contents
Discussion of Presented Papers.

Sulfate Attack: An Overview (J.P. Skalny and J. Pierce).

Sulfate Attack in Concrete: Urgent Needs for Renewal in Concrete Research (G.M. Idorn).

The Role of Ettringite in External Sulfate Attack (P.W. Brown and H.F.W. Taylor).

Reactions Between Cement Paste Components and Sulfate Ions (F.P. Glasser).

Microstructural Alterations Associated with Sulfate Attack in Permeable Concretes (Sidney Diamond and R.J. Lee).

The U-Phase: Formulation and Stability (Micheline Moranville and Guanshu Li).

W/C Ratio, Porpsity, and Sulfate Attack: A Review (Nataliya Hearn and Francis Young).

A Note on the History of Type V Cement Development (Eugene D. Hill Jr.).

Modeling Microstructural Alterations of Concrete Subjected to External Sulfate Attack (J. Marchand, É. Samson and Y. Maltais)

Diffusivity-Porosity Relation for Cement Paste (E.J. Garboczi and D.P. Bentz).

Damage Assessment and Service Life Prediction of Concrete Subject to Sulfate Attack (J.W. Ju, L.S. Weng, S. Mindess, and A.J. Boyd).

Influence of Calcium Hydroxide Dissolution on the Engineering Properties of Cement-Based Materials (J. Marchand, J.J. Beaudoin, and M. Pigeon).

Sulfate Attack in a Marine Environment (P.K. Mehta).

Sulfate Attack in a Marine Environment (M.D.A. Thomas, R.F. Bleszynski, and C.E. Scott).

Field Studies of Sulfate Attack on Concrete (John Figg).

Long-Term Test of Concrete Resistance against Sulfate Attack (B. Lagerblad).

Standards for Evaluating the Susceptibility of Cement-Based Materials to External Sulfate Attack (J.R. Clifton, G. Frohnsdorff, and C. Ferraris).

Are Sulfate Resistance Standards Adequate? (R.D. Hooten).

Materials Science of Concrete, Special Volume:

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    A Hardback by Jacques Marchand, Jan P. Skalny

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      View other formats and editions of Materials Science of Concrete, Special Volume: by Jacques Marchand

      Publisher: John Wiley & Sons Inc
      Publication Date: 07/04/2006
      ISBN13: 9781574980745, 978-1574980745
      ISBN10: 1574980742

      Description

      Book Synopsis
      This volume contains ten invited presentations on the topic of sulfate attack caused by external sulfate sources. The discussions concentrate on chemical and physical mechanistic aspects of the applicable sulfate-to-paste reactions and on the interrelationships between the internal (e.g., paste composition, pore solution, concrete matrix permeability) and external (e.g., composition of aggressive medium, temperataure and humidity, curing practices) variables.

      Table of Contents
      Discussion of Presented Papers.

      Sulfate Attack: An Overview (J.P. Skalny and J. Pierce).

      Sulfate Attack in Concrete: Urgent Needs for Renewal in Concrete Research (G.M. Idorn).

      The Role of Ettringite in External Sulfate Attack (P.W. Brown and H.F.W. Taylor).

      Reactions Between Cement Paste Components and Sulfate Ions (F.P. Glasser).

      Microstructural Alterations Associated with Sulfate Attack in Permeable Concretes (Sidney Diamond and R.J. Lee).

      The U-Phase: Formulation and Stability (Micheline Moranville and Guanshu Li).

      W/C Ratio, Porpsity, and Sulfate Attack: A Review (Nataliya Hearn and Francis Young).

      A Note on the History of Type V Cement Development (Eugene D. Hill Jr.).

      Modeling Microstructural Alterations of Concrete Subjected to External Sulfate Attack (J. Marchand, É. Samson and Y. Maltais)

      Diffusivity-Porosity Relation for Cement Paste (E.J. Garboczi and D.P. Bentz).

      Damage Assessment and Service Life Prediction of Concrete Subject to Sulfate Attack (J.W. Ju, L.S. Weng, S. Mindess, and A.J. Boyd).

      Influence of Calcium Hydroxide Dissolution on the Engineering Properties of Cement-Based Materials (J. Marchand, J.J. Beaudoin, and M. Pigeon).

      Sulfate Attack in a Marine Environment (P.K. Mehta).

      Sulfate Attack in a Marine Environment (M.D.A. Thomas, R.F. Bleszynski, and C.E. Scott).

      Field Studies of Sulfate Attack on Concrete (John Figg).

      Long-Term Test of Concrete Resistance against Sulfate Attack (B. Lagerblad).

      Standards for Evaluating the Susceptibility of Cement-Based Materials to External Sulfate Attack (J.R. Clifton, G. Frohnsdorff, and C. Ferraris).

      Are Sulfate Resistance Standards Adequate? (R.D. Hooten).

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