AMPP Store - Products tagged with 'concrete'

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BRIDGES: A LOOK BACK Historic Studies in Cathodic Protection: The 1990s

Product Number: 37682-pdf

ISBN: 978-1-57590-439-9

Author: Jean Broge

$91.00

RARELY SEEN RESEARCH: Bridges: A Look Back—Historic Studies in Cathodic Protection: The 1990s, is a companion book to Bridges: A Look Back—Case Studies in Cathodic Protection: Substructures and Bridges: A Look Back—Case Studies in Cathodic Protection: Superstructures, both of which consist of nearly 30 years of curated legacy NACE technical papers and journal articles that cover exactly what the titles suggest.

This book consists of edited case histories, while the two original titles are compiled of the original, unabridged technical papers and journal articles.

2023 AMPP, 6 x 9 trim size, 52 pages, color

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Bridges-A Look Back: Case Studies in Cathodic Protection--Superstructures

Product Number: 37677-pdf

ISBN: 978-1-57590-427-6

$195.00

RARELY SEEN RESEARCH: Bridges: A Look Back—Case Studies in Cathodic Protection: Superstructures consists of over 30 years of curated legacy NACE technical papers and journal articles that cover exacly what the title suggests.

It has a companion book that focuses on cathodic protection for bridge substructures.

2023 AMPP ebook

Available for download

Carbonation-Induced Corrosion Assessment for Reinforced Concrete Structures

Product Number: 51324-21169-SG

Author: Kingsley Lau; Samanbar Permeh; Sepehr Faridmarandi; Mansoureh Ghahfarokhi; Atorod Azizinamini

Publication Date: 2024

$40.00

Rebar corrosion induced by carbonation of concrete can occur in structures in both wet and dry exposures. This corrosion can become increasingly relevant in buildings as housing structures age and concrete carbonation occurs. The corrosion risk can vary depending on inter-related factors that include design, materials, and environmental exposure. The risk of corrosion furthermore can be assessed by the corrosion initiation and propagation phases. In this work two sets of testing were performed, including large scale concrete column testing to assess the corrosion behavior of steel subjected to loading and small-scale concrete testing to identify the effect of material and moisture condition environments on carbonation penetration. Concrete was cast with different water-to-cement ratio, limestone aggregate size, and conditioned in various moisture environments. The concrete specimens conditioned in wet conditions maintained in extended accelerated carbonation conditioning for up to 1 month of continuous carbonation of near 100% CO2 at 20 psi did not yield any significant carbonation penetration due to the slow rate of CO2 penetration. Concrete carbonation for the concrete specimens maintained in the dry condition fully carbonated within 67 hours and significant carbonation occurred for the concrete specimens maintained at 75%RH. In the carbonated concrete, the corrosion rate ranged from 0.2-0.8 µA/cm2. In presence of an external compressive force, the corrosion rates were similar; however, the time to corrosion initiation was delayed in time by a factor of 1.6-2. It is evident that both corrosion initiation and propagation should be considered when establishing recommendations for structural health monitoring and inspection.

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CHALLENGES OF COATING A POWERHOUSE FLOOR IN A REMOTE HYDRO ELECTRIC PLANT

Product Number: 51218-137-SG

Author: Brian O'Farrell

Publication Date: 2018

$20.00

The coating of concrete floors is always challenging. Unlike walls, ceilings, tanks, bridges and other structures floors have vehicular and pedestrian traffic. This usually means that they are coated during off hours with tight schedules. Contractors need to plan the projects to meet the needs and schedules of owners. Often times this means multiple trips to the facility to review the scope of work and provide workable schedules. Required testing is generally performed prior to the scheduled start of work or after the floors are back in service.

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Chloride-induced Corrosion of Reinforcing Steels Used in Concrete Structures at Various Temperatures

Product Number: 51323-18920-SG

Author: Nafiseh Ebrahimi, Jieying Zhang, and Amin Ghaziaskar

Publication Date: 2023

$20.00

Steel rebar in concrete is in a passive state due to the high pH of concrete. The hydroxyl (OH-) ions in highly alkaline concrete pore solution act as inhibitors and promote passive film stability, while chloride ions lead to passive film breakdown. Leckie and Uhlig1 first explained the counter effect of inhibitor action with chloride concentration. They proposed a competition between the inhibitor and chloride anions for adsorption on the passive surface.

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Choosing the Best Concrete Grinder for Your Surface Preparation Needs

Product Number: 41205-191-SG

Author: Michael Orzechowski, Chuck Hommey

Publication Date: 2005

$20.00

Advances in technology have brought forth a new generation of Concrete Grinding equipment and accessories to reduce the labor hours to level a slab, prepare the surface and to optimize the surface profile for the specific coatings popular today. Understanding and applying these technology advances can greatly impact the tool selection for the job at hand.

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COATING CONCRETE AFTER 28 DAYS . . Why There Is No Magic In This Number

Product Number: 51218-134-SG

Author: Randy A. Nixon

Publication Date: 2018

$20.00

This paper will discuss the many factors affecting the timing for concrete shrinkage (and related cracking) as well as the rate of loss of excess moisture which are not reliant on 28 days of concrete cure time. In addition, case histories will be presented evidencing successful coating applications on concrete well before 28 days of cure time versus coating problems experienced well beyond 28 days of concrete cure.

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Coatings and Concrete: Understanding the Substrate

Product Number: 41215-919-SG

Author: Brian O’Farrell

Publication Date: 2015

$20.00

Before coating concrete, you must first know what the substrate is that you are working on. Since all concrete floors are not the same there is no one, size fits all system. In fact, many buildings will have several different types of concrete floors. Add to that the different mix designs, placement techniques and environmental conditions and you end up with a menagerie of concrete floors exhibiting a wide variety of properties.

Coatings Failures: Analysis and Solutions--Concrete

Product Number: 37680-POD

ISBN: 978-57590-431-3

$55.00

In this multi-author book, Coatings Failures: Analysis and Solutions--Concrete, coatings experts recall days in the field when they were faced with a concrete challenge involving premature coating failures, determined a cause, and developed a solution.

The six chapters include case studies on topics such as the blistering of tilt-up concrete, sodium silicates and their role in coating and finishing failures, slab curling, and more.

2023 AMPP, 6 x 9 trim size, softbound, color

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Concrete Cracks: Causes, Correcting, and Coating

Product Number: 41205-214-SG

Author: Gail Winterbottom, Fred Goodwin

Publication Date: 2005

$20.00

Cracks in a concrete substrate pose a challenge for coatings. Cracks that are not properly identified and addressed can lead to premature failure of the coating. This paper will discuss the forces that cause cracking in concrete structures, as well as crack types and repair techniques.

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Concrete Flooring Moisture Issues: Minimizing, Evaluation and Mitigation

Product Number: 41213-726-SG

Author: Frank Apicella, Fred Goodwin

Publication Date: 2013

$20.00

One of the greatest problems facing the flooring industry is moisture vapor emission associated with concrete floors. Coatings blister and peel, wood flooring warps and buckles, adhesives fail to perform and carpet grows mold costing millions of dollars in claims, repairs and serviceability issues. This paper will discuss the causes, evaluation and mitigation methods to address this issue.

Available for download

Concrete Maintenance

Product Number: 41212-677-SG

Author: Fred Goodwin, Frank Apicella

Publication Date: 2012

$20.00

Concrete is one of the most durable construction materials available, but all too frequently we ignore its maintenance. Many of the techniques called "coating", "protection", and corrosion mitigation are, maintenance of concrete. The life span of concrete structures can be significantly extended by pro-actively addressing deterioration and durability issues through keeping water and other deleterious materials out of concrete after it has properly cured

Products tagged with 'concrete'

Association for Materials Protection and Performance