... to be identified and evaluated, before mitigation strategies can be defined^{[ 1 , 2 ]}. For this purpose, a wide range of corrosion prediction models have been developed ^{[ 3 - 30 ].} The following type of models can be distinguished: The earliest models, typically empirical and semi-empirical...

... risk assessment corrosion simulation corrosion prediction computer modeling INTRODUCTION The FEM uses a new and unique thin film approach, compromising an analysis based on a constant film thickness and constant film conductivity (derived from the environmental parameters), and a potential method...

... environmental parameters, contaminant accumulation, and corrosion rate, and machine learning methods may enable diagnostic and prognostic models required for condition-based maintenance. Aerospace corrosion atmospheric corrosion condition based maintenance corrosion prediction machine learning INTRODUCTION...

... for both B117 environments and 3.5%NaCl environments each compared very well to those actually reported in literature. Computational Corrosion Analysis Galvanic corrosion prediction FEA corrosion prediction polarization data potential model fluid shell elements CFD INTRODUCTION The traditional...

... to a different experiment. This can be a powerful tool for corrosion prediction, because it makes it possible to estimate a range of corrosion rates for a certain family of materials in a specific range of environments without actually performing experiments. In this paper, the machine learning concept...

... speciation as well as acid molecular weight, molecular structure, molecular boiling point as well as operational parameters of temperature, shear stress, and alloy metallurgy are addressed. Naphthenic Acid Corrosion Sulfidic Corrosion Corrosion Prediction Opportunity crude processing INTRODUCTION...

... Network Dirichlet Distribution Predictive Analytics Risk Based Inspection Risk Management Corrosion Prediction Inspection Optimisation Piping Vessels Artificial Intelligence Machine Learning Industrial Revolution INTRODUCTION Industry 4.0 is a term that in the widest sense describes...

... temperature, without deposits and at a low salinity. To improve the effective use of the model and to guide engineers in addition to corrosion prediction, specific corrosion mitigation measures required for sour corrosion were incorporated. Sour Corrosion H₂S Corrosion Corrosion Prediction...

...Abstract One of the most important steps to ensure the integrity of offshore pipelines and subsea systems is a sound materials selection process with a properly designed corrosion mitigation strategy. This paper presents a systematic method of corrosion prediction, materials selection...

...Downhole applications de Waard-Milliams model gas fugacity corrosion prediction Semi-empirical corrosion model point model INTRODUCTION Many attempts have been made over the years to successfully predict corrosion. ¹ One of the first widely used models in industry was the de Waard...

... can make the implementation of these new “green” CI successful and sustainable. Corrosion inhibition greening corrosion inhibitor testing corrosion prediction corrosion management corrosion assessment INTRODUCTION In gas production carbon steel is used as the base case for material selection...

... to incorporate protection schemes that are more damage-tolerant, and appropriate for the intended operational environment of the weapons system. Computational Corrosion Analysis Galvanic corrosion prediction FEA corrosion prediction polarization data coating degradation INTRODUCTION Aerospace structures...

... corrosion monitoring technology. wet gas internal corrosion direct assessment internal corrosion predictive model wet natural gas pipeline gas transmission pipeline critical angle water holdup ICDA ICPM corrosion prediction corrosion monitoring INTRODUCTION It is well documented in the media...

... rate and need to be understood by the project team, so that corrosion predictions with some accuracy over the field life are reliably calculated. This paper presents three corrosion studies on subsea production flowline systems from three different offshore sample fields at the design stage...

... and highly sensitive environments are proposed. The primary objective of the paper is to initiate discussions on the standardization of pipeline design for sweet TLC service. Top of the line corrosion sweet TLC pipeline design multiphase gas pipelines corrosion prediction corrosion control corrosion...

... and become damaged over time and eventually corrosion attack is inevitable. In this paper we show how a new physics-based corrosion prediction software tool [I] can be used, in order to assess and mitigate potential galvanic corrosion problems in the design phase. The electrochemical properties...

..., fluxes of species, and film morphology to help users understand the corrosion process. A parametrical study shows the effect of a variety of factors on the corrosion process which is in agreement with common knowledge about localized corrosion. mechanistic model galvanic corrosion prediction...

... of corrosion management strategy in meeting economy and appropriateness to enable fitness for service. Corrosion prediction CO₂ corrosion modeling material selection tubing corrosion INTRODUCTION FieldA is a gas-condensate field in Indonesia with some 400 producing wells. The production started...

... condensation rates were high when compared with other pipe surface locations (cold spot corrosion ¹ ). top of line corrosion corrosion prediction CO₂ corrosion modeling INTRODUCTION About Bongkot Field and TLC Problems Bongkot is an offshore gas field in the Gulf of Thailand ( Figure...

... various models. The project presented in this paper aimed at providing the corrosion community with a free mechanistic model for internal corrosion prediction of carbon steel pipelines. Strongly rooted in theories, this model can offer trustworthy predictions for a wide range of conditions...