Table of Contents
-Application of Styrene-Butadiene Latex Modified Portland
Cement Concrete Overlays in Parking Structure Repair
and Rehabilitation, by B. D. Irvin
-Computer-Aided Design of Precast Polymer Concrete
Line-Drainage Channels, by U. Zanke
-Cold Weather Polymer Concrete Repair to Palisades
Dam, Idaho, by W. G. Smoak
-Sandwich Beams with Polymer Concrete Facings, by
K. J. Fridley, D. L. Wheat, and D. W. Fowler
-Performance of Multiple Layer Polymer Concrete Overlays
on Bridge Decks, by M. M. Sprinkel
-Stabilization of Geothermal residues by Encapsulation in
Polymer Concrete and Portland Cement Mortar Composites:
Preliminary Laboratory Test Results, by R.P. Webster and
L. E. Kukacka
-Repair of Cracked Concrete with High Molecular Weight
Methacrylate Monomers, by D. J. Rodler, D. P. Whitney,
D. W. Fowler, and D. L. Wheat
-Future Trends in Polymer Concrete, by D. W. Fowler
-Installation of an Insulating Polymer Concrete Overlay for
Dike Insulation at Long Island Lighting Company's LNG
Storage Facility, by J. J. Fontana and P. Mendis
-Electrically Conductive Polymer Concrete Overlay Installed in
Pulaski, Virginia, by J. J. Fontana, W. Reams, and D. Elling
-Influence of Aggregate on the Fracture Properties of
Polyester Polymer Concrete, by C. Vipulanandan and
N. Dharmarajan
-Sulfur Polymer Cement for the Production of Chemically
Resistant Sulfur Concrete, by W. C. McBee, H. Weber,
and F. E. Ward