The design of the first weathering steels was purely empirical and focused on a small
number of conventional alloying elements such as manganese, silicon, chromium, nickel …

The atmospheric corrosion of weathering steel (WS) has been extensively discussed in the
scientific literature, but a comprehensive overview of this topic from an engineering …

The role of Cr on the corrosion resistance of weathering steel in simulated tropical marine
atmosphere was investigated by the dry/wet cyclic corrosion test. The addition of Cr in steel …

Various contents of Cu and Sb elements were incorporated into 3% Ni steel to enhance its
corrosion resistance in a simulated tropical marine atmosphere of high salinity. The …

Corrosion product film (CPF) formation and its beneficial effect on corrosion protection of a
Ni advanced weathering steel (WS), 3Ni WS, was investigated under the harsh marine …

The effect of Cr content on the corrosion behavior of Ni-Mo steel in the tropical marine
atmospheric environment is systematically investigated. The increase of Cr content …

The effect of Cl-concentration on the corrosion behavior of Cr-containing steel in tropical
marine atmospheric environment is systematically studied. Cl-ions affect the adsorption …

Carbon steel rebar seriously corrodes in severe tropical marine atmospheric environment,
threatening the safety of building structures. Hence, it is of great significance to design and …

The product film formed on Ni-advanced weathering steel in a tropical marine environment
was investigated in detail through outdoor exposure by using diverse surface analysis …

One conventional and three Ni-advanced weathering steels have been exposed for one
year in two marine atmospheres of moderate aggressivity (30 and 75 mg Cl−/m 2 d). The …