Table of Contents
- 75-Story Texas Commerce Plaza, Houston--the Use of
High-Strength Concrete, by Joseph P. Colaco
- Impact of High-Strength Concrete on Design and Service
Behavior of Prestressed Precast Concrete Members, by
Alex Aswad and Weston T. Hester
- High-Strength Concrete in Seattle, by Kingsley D. Drake
- High-Strength Concrete: How to Use it Every Day, by
R. Lacroix and P. Jaugey
- Development and Experimental Use of a 90 MPa
(13,000 psi) Field Concrete, by Pierre-Claude Aitcin,
Pierre Laplante, and Claude Bedard
- Statistical Controls for High-Strength Concrete, by
F. David Anderson
- Design Implications of Current Research on High-Strength
Concrete, by Arthur H. Nilson
- High-Strength Concrete--Material Properties and Structural
Behavior, by R. N. Swamy
- Structural Bending Properties of High-Strength Concrete,
by S. E. Swartz, A. Nikaeen, H. D. Narayan Babu,
N. Periyakaruppan, and T. M. E. Refai
- Shear Tests of High- and Low-Strength Concrete Beams
with Stirrups, by Andrew G. Mphonde and Gregory C. Frantz
- Reinforced Corbels of High-Strength Concrete, by Y. K. Yong,
Douglas H. McCloskey, and Edward G. Nawy
- Lateral Reinforcement For High-Strength Concrete Columns,
by A. Fafitis and S.P. Shah
- Properties of High-Strength Fiber Reinforced Concrete, by
Antoine E. Naaman and Joseph R. Homrich
- Behavior of High-Strength Concrete Under Uniaxial and
Biaxial Compression, by Robert C. Chen, Ramon L. Carrasquillo,
and David W. Fowler