SP-109: Concrete in Marine Environment

SP-109: Concrete in Marine Environment

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Editor: V.M.Malhotra


The book offers information on a variety of subjects such as: The durability of concrete containing supplementary cementing materials; the durability and corrosion of reinforced concrete subjected to a marine environment; and the repair, design and construction of concrete structures in a marine environment. Whether you are building a new concrete structure in marine environment, or repairing an old one--as an engineer you need the wealth of information contained within the 32 papers presented in this important symposium volume.

Document Details

Author: ACI Committee E701

Publication Year: 2002

Pages: 748.00

ISBN: 9780870316074

Categories: Marine Concrete

Formats: PDF

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


Any applicable errata are included with individual documents at the time of purchase. Errata are not included for collections or sets of documents such as the Manual of Concrete Practice (MCP). For a listing of and access to all product errata, visit the Errata page.

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