SURFACE PREPARATION · PROTECTIVE COATINGS Successful coating application starts with successful surface preparation. That can involve much more than cleaning or blasting: contractors may need to address worker safety, dust control, power supply, climate conditions, contaminants, old coatings, surface defects, grinding, profiling, and
Discover how researchers from MnDOT developed a predictive tool to estimate corrosion in embedded steel rebars of bridge structures. Learn how it improves maintenance planning and ensures structural safety.
Learn how concrete power poles are tested for bending strength, including normal, elastic, and ultimate strength criteria, to ensure durability and resistance to mechanical forces. A detailed study by Abbas and Behnaz Aghajani
Discover essential strategies for mitigating rebar corrosion in concrete structures, including the use of corrosion-resistant materials, cathodic protection, and concrete modifications to extend the lifespan of both new and aging constructions.
Long-Term Performance of CP Systems on Bridge Structures
Protecting steel-reinforced concrete structures located in marine environments from corrosion.
A year after Surfside tragedy, experts collaborate on best practices for concrete corrosion prevention.
In a 3-part series in Materials Performance Magazine, Byron Evetts provides his perspective on the Champlain Towers South recovery effort and wreckage in the days after the devastating collapse.
To protect steel highway bridges from corrosion, Norway uses a synergistic coating technique that has proven to stand the test of time.
A liquid waterproofing elastomeric coating solution is highly flexible and can provide four waterproofing advantages in commercial construction projects.