The Weins number (Wn) concept is proposed to predict the long-term corrosion rate of wrought iron and steel in seawa-ter for variable marine environments. Plotted as a function of reciprocal absolute temperature, Weins numbers generate a linear plot from which the corrosion rates are calculated when temperature, oxygen concentration, and concretion thickness are known. Application of the theory of absolute reaction rates is described. KEY WORDS: corrosion rate, marine archaeology, seawater, steel, Weins number, wrought iro
This paper reviews recent developments in the prediction of the likely future corrosion losses and o...
An analysis architecture is built to make full use of natural environment corrosion of materials dat...
The objective of this paper is to discuss the meaning of cumulative corrosion rate (iCCR) of reinfor...
The Weins number (Wn) concept is proposed to predict the long-term corrosion rate of wrought iron an...
In marine environments, reinforcement corrosion develops due to the penetration of chlorides through...
Models for the prediction of corrosion often give the misleading impression that corrosion of steel ...
Seawater is an aggressive environment for materials particularly in warmer and polluted waters. In t...
This paper presents an overview of the principal features of the recently developed model for the sh...
The Weinsnumber model and concretion equivalent corrosion rate methodology were developed as potenti...
The corrosion rate in marine environments affects economic interest since the loss of steel in marin...
Recent progress has been made in developing a mathematical and probabilistic model for general corro...
It is common in corrosion practice to use relatively short-term observations to make inferences abou...
International audienceArchaeological artefacts have been analysed in order to determine the average-...
The progression of corrosion loss and maximum pit depth, once initiated, is of much interest for pre...
Trabajo presentado en el 3rd International Conference on Concrete Repair, Rehabilitation and Retrofi...
This paper reviews recent developments in the prediction of the likely future corrosion losses and o...
An analysis architecture is built to make full use of natural environment corrosion of materials dat...
The objective of this paper is to discuss the meaning of cumulative corrosion rate (iCCR) of reinfor...
The Weins number (Wn) concept is proposed to predict the long-term corrosion rate of wrought iron an...
In marine environments, reinforcement corrosion develops due to the penetration of chlorides through...
Models for the prediction of corrosion often give the misleading impression that corrosion of steel ...
Seawater is an aggressive environment for materials particularly in warmer and polluted waters. In t...
This paper presents an overview of the principal features of the recently developed model for the sh...
The Weinsnumber model and concretion equivalent corrosion rate methodology were developed as potenti...
The corrosion rate in marine environments affects economic interest since the loss of steel in marin...
Recent progress has been made in developing a mathematical and probabilistic model for general corro...
It is common in corrosion practice to use relatively short-term observations to make inferences abou...
International audienceArchaeological artefacts have been analysed in order to determine the average-...
The progression of corrosion loss and maximum pit depth, once initiated, is of much interest for pre...
Trabajo presentado en el 3rd International Conference on Concrete Repair, Rehabilitation and Retrofi...
This paper reviews recent developments in the prediction of the likely future corrosion losses and o...
An analysis architecture is built to make full use of natural environment corrosion of materials dat...
The objective of this paper is to discuss the meaning of cumulative corrosion rate (iCCR) of reinfor...