Table of Contents
- Durability of Concrete Exposed to Marine Environment--
A Fresh Look,by P. K. Metha
- Current Status of CANMET's Studies on the Durability of
Concrete Containing Supplementary Cementing Materials
in Marine Environment, by V. M. Malhotra, G. G. Carette,
and T. W. Bremner
- Thermal and Durability Considerations for Composite Steel/
Concrete Sandwich Structures, by B. C. Gerwick, Jr. and
D. Berner;
- A Field Study of the Corrosion Behavior on Dynamically
Loaded Marine Concrete Structures, by B. Espelid and
N. Nilson
- The Assessment of Corrosion of the Reinforcement in
Marine Concrete by Electrochemical and Other Methods,
by J. V. Sharp, J. W. Figg, and M. B. Leeming
- Behavior of Concrete Beams and Columns in Marine
Environment When Corrosion of Reinforcing Bars Takes
Place, by T. Uomoto and S. Misra
- Durability of Steel Reinforcement in Marine Environment, by
R. N. Swamy, S. Koyama, T. Arai, and N. Mikami
- Control of Rust Damage of Reinforced Concrete in a
Corrosive Environment, by N. Saeki, Y. Fujita, N. Takada,
and T. Ohta
- Effect of Surface Coatings on the Durability of Concrete
Exposed to Marine Environment, by T. Oshiro and S. Tanigawa
- Deterioration and Rehabilitation of Berth Faces in Tidal Zones
at the Port of Saint John, by P. Gilbride, D. R. Morgan, and
T. W. Bremner;
- Steel Fiber Reinforced Concrete Jackets for Repairing Concrete
Piles, by J. Khanna, P. Gilbride, and R. Whitcomb
- An Experimental Study on Deterioration and Repairing of a
Marine Concrete Structure, by Y. Takagishi, H. Ichikawa,
H. Tabuchi, and A. Moriwake
- Investigations of Distress in Precast Concrete Piles at Rodney
Terminal, Saint John, New Brunswick, by J. Khanna, P.
Seabrook, B. Gerwick, Jr., and J. Bickley
- Evaluation and Repair of Concrete Navigation Structures,
by J. E. McDonald and T. C. Liu
- Durability Performance of Slender Reinforced Coastal
Defense Units, by S. G. Millard
- Durability of Normal and Lightweight Prestressed Concrete
Beams in Marine Environment by J. L. Trinh and L. Lemoine
- Quality and Cover Thickness of Concrete Based on the
Estimation of Chloride Penetration in Marine Environments,
by K. Takewaka and S. Mastumoto
- Development of a Test Method to Determine the Resistance
of Concrete to Ice Abrasion and/ or Impact, by A. M. Nawwar
and V. M. Malhotra
- Resistance of Concrete to Ice Abrasion--A Review, by
G. C. Hoff
- Design and Behavior of Composite Ice-Resisting Walls,by
P. F. Adams, T. J. E. Zimmerman, and J. G. MacGregor
- The Effect of Admixtures on the Durability of Concrete in an
Undersea Environment, by S. Nishibayashi, S. Hideshima,
S. Negami, and M. Takada
- Mix Design and Strength Data for Concrete Platforms in the
North Sea, by A. K. Haug and M. Sandvik
- Influence of a Marine Environment on Flexural Fatigue
Properties of a Ferrocement, by G. Singh and L. Ip
- Fatigue Characteristics of Reinforced Concrete in Water,
by S. Nishibayashi, S. Inoue, and K. Yamura
- Site and Laboratory Evaluation of Repairs to Marine Concrete
Structures and Maintenance Methodologies--Two Case Studies,
by H. Roper, J. L. Heiman, and D. Baweja
- Sixty-Year-Old Concrete in a Marine Environment, by
S. Ozaki and N. Sugata
- Long-Time Creep and Expansion Behavior of Concrete in a
Marine Environment by J. Mijnsbergen and H. W. Reinhardt
- Pumping of Lightweight Concrete Using Non-Presoaked
Lightweight Aggregate, by T. Yonezawa, Y. Yoshioka,
T. Iwashimizu, K. Nanjo, S. Yoneda, K. Sakaue, and T. Nakase
- Vancouver's Floating Concrete Heliport, by T. W. R. Taylor
and H. R. Woodhead
- Carbonation of Marine Structural Lightweight Concretes,
by T. A. Holm, T. W. Bremner, and A. Vaysburd
- Design Considerations, Construction, and Performance of an
Extensive Sea Water Conveyance System, by A. J. Hulshizer
and A. Kodal
- Construction and Durability Considerations for King Fahd
Causeway--A Case Study, by A. R. Al-Rabiah, R. Baggot,
and Rasheeduzzafar