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RESULTS FOR MARINE CONCRETE


The three main causes of deterioration in concrete marine structures are: 1) freezing-and-thawing attack on the concrete; 2) corrosion of reinforcing steel and disruption of concrete by the resulting expansion; and 3) chemical attack on concrete by sea water. Magnesium, sulfate, and chloride ions, and dissolved CO2 present in sea water, act as agents of destruction for all the hydration products of portland cement (namely, the calcium silicate hydrates, calcium aluminate and sulfoaluminate hydrates, and calcium hydroxide).


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JOURNAL Articles ON MARINE CONCRETE

Behavior of Basalt Fiber-Reinforced Polymer Bars after Exposure to High Temperatures

Publication: Structural Journal
Date: 7/1/2026

Flexural Behavior of Concrete Beams Reinforced with GFRP Bars Preconditioned in Marine Environments (Prepublished)

Publication: Structural Journal
Date: 5/21/2026

Flexural Behavior of Ultra-High-Performance Seawater Sea-Sand Concrete Beams Reinforced with Fiber-Reinforced Polymer Bars

Publication: Structural Journal
Date: 5/1/2026

Alkalinity Dependence Analysis of Degradation of Glass Fiber-Reinforced Polymer Bars (Prepublished)

Publication: Materials Journal
Date: 4/30/2026

The Influence of Seepage Velocity on Chloride- Transport in Underground Concrete Structures under Hydro-Static Pressure (Prepublished)

Publication: Materials Journal
Date: 4/9/2026

Effects of Different SCM on ASR of Seawater Sea-Sand Cement-Based Materials (Prepublished)

Publication: Materials Journal
Date: 3/25/2026

Effect of Aggressive Environments on the Durability and Mechanical Properties of Fly Ash-Based Geopolymer Concrete (Prepublished)

Publication: Materials Journal
Date: 3/19/2026

Long-Term Impact Behavior of Basalt Fiber-Reinforced Polymer-Seawater Sea-Sand Concrete Beams Under Marine Environment

Publication: Structural Journal
Date: 3/1/2026

Strength Development and Neutralization Progress in High-Performance Blended Cement Concrete Exposed to Atmospheric, Tidal, and Submerged Sea Conditions

Publication: IJCSM
Date: 9/30/2025

Pitting Corrosion in Prestressed Piles

Publication: Structural Journal
Date: 5/1/2025

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Practice oriented papers and articles ON MARINE CONCRETE

Restoring Living Shorelines with Precast Concrete

Publication: Concrete International
Date: 6/1/2026

Service Life of Reinforced Concrete Structures in Coastal Environments

Publication: Special Publication
Date: 10/1/2025

Electrochemical Chloride Extraction: Mechanisms & Long-Term Impact

Publication: Special Publication
Date: 10/1/2025

Marine Dredged Sediments as a Partial Alternative to Sand in Cementitious Systems Using Particle Packing Optimization

Publication: Special Publication
Date: 6/14/2024

Design and Driving Performance of Two GFRP-Reinforced Concrete Piles

Publication: Special Publication
Date: 10/1/2022

Low-Carbon Durable Concrete for the New Genoa’s San Giorgio Bridge

Publication: Special Publication
Date: 7/1/2022

Durability of a Bridge Column under Marine Environments

Publication: Special Publication
Date: 4/1/2022

Bridge Substructure Repairs with Basalt & Glass FRP Internal Reinforcement

Publication: Special Publication
Date: 1/1/2021

Concrete Q&A: Epoxy-Coated Reinforcement and Cryogenic Temperatures

Publication: Concrete International
Date: 5/1/2020

A Collaborative Approach to Historic Concrete Repair

Publication: Concrete International
Date: 4/1/2020

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Certification Resources on MARINE CONCRETE

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Education Publications on MARINE CONCRETE

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