Table of Contents
SP-263—1
Use of Concrete Containing Slag Cement in Transportation Structures in Virginia by C. Ozyildirim
SP-263—2
Case Studies—North American Mass-Concrete Projects Featuring ASTM C989 Slag Cement by M.D. Luther, P. Bohme, and W. Wilson
SP-263—3
Effectiveness of Slag Cement in Preventing Alkali-Silica Reaction: Ten-Year Results by D.D. Higgins and G. McLellan
SP-263—4
A Case Study on High-Performance Concrete Pavement Containing Slag Cement by P.R. Rangaraju
SP-263—5
Effect of Curing Temperature on Concrete Containing Slag Cement and Fly Ash in Ternary Mixtures by L.J. Wilhite, J.T. Vetter, and W.M. Hale
SP-263—6
The Effect of Ground Granulated Blast Furnace Slag (Slag Cement) on the Drying Shrinkage of Concrete—A Critical Review of the Literature by R.D. Hooton, K. Stanish, J.P. Angel, and J. Prusinski
SP-263—7
High-Volume Slag-Blended Cement Concrete for High-Density Concrete at Mid-Range Temperatures by C.-M. Aldea, B. Cornelius, J. Balinski, B. Shenton, and J. Sato
SP-263—8
The Effect of Temperature on the Rate of Strength Development of Slag Cement by M.N. Soutsos, S.J. Barnett, S.G. Millard, and J.H. Bungey