Over the last decade, approaches to the development of surfaces that perturb settlement
and/or adhesion by barnacles have diversified substantially. Although, previously, coatings …

The application of high-strength steels in marine engineering is gaining importance because
of their high performance and ability to help save resources. However, detailed and …

The cathodic protection efficiency and hydrogen permeation behaviour of high-strength steel
with barnacle adhesion in the tidal zone were studied using field exposure and laboratory …

A comparative experiment was set up in a field site and laboratory to study the effect of
barnacles (model organisms of macrofouling) on the corrosion behavior of a low-alloy high …

Adhered oysters can cause complex corrosion of fouled steel structures, with localized
crevice corrosion being the most severe. A crevice corrosion model of steel caused by …

The integrity of steel is affected by the adhesion of macrofouling organisms, which is an
obstacle to their marine industry application. Corrosion of the fouled steel surface covered …

This book offers guidance to help you tackle corrosion issues in the oil and gas industries.
Engineers, scientists, and business managers from around the world explain the chemical …

Localized corrosion of submerged steel H-piles was detected in a Florida bridge spanning
over a brackish river. Analysis of the water showed proliferation of sulfate reducing bacteria …

The robustness of the cathodic protection systems utilized for offshore wind monopile
foundations depends on the surface condition of the steel as well as the environmental …

We review the species composition, distribution, and seasonal variation of fouling acorn
barnacles in Chinese waters—from Bohai Sea and Yellow Sea to East and South China …