One-dimensional mathematical models are presented for the free corrosion of a metal surface under a thin electrolyte layer with or without an oxide layer. The models address anodic metal dissolution which is controlled by oxygen diffusion through the electrolyte layer and by the oxygen reduction at the metal surface. Under free corrosion the effect of a porous oxide layer under the thin electrolyte film which is either inert or supports the oxygen reduction on its surface is discussed.No Full Tex
Atmospheric corrosion is one of the most widespread types of metal corrosion in the world. Commonly,...
This dissertation consists of two parts. First, a mathematical model was formulated to investigate t...
<p>A mathematical model of galvanic corrosion under the conditions of a thin electrolyte film was us...
One-dimensional mathematical models are presented for the free corrosion of a metal surface under a ...
A one-dimensional mathematical model is presented for the free corrosion of a bare metal surface (de...
A one-dimensional mathematical model for the corrosion of a metal surface under a porous layer (ofte...
A model of processes at the interface between an electrolyte and a passivating oxide layer on a meta...
A model of processes at the interface between an electrolyte and a passivating oxide layer on a meta...
The surfaces of all metals (except for gold) in air are covered with oxide films. When such a metal ...
The surfaces of all metals (except for gold) in air are covered with oxide films. When such a metal ...
A 2-D axial symmetric time-dependant mathematical model was developed to investigate conditions for ...
Abstract A finite element model is developed to study dynamics of atmospheric corrosion of carbon st...
An electrochemical model was developed to predict the transient distribution of species generated du...
Abstract The phenomenon of passivity is crucial for many areas of our technological and metal-based ...
This dissertation consists of two parts. First, a mathematical model was formulated to investigate t...
Atmospheric corrosion is one of the most widespread types of metal corrosion in the world. Commonly,...
This dissertation consists of two parts. First, a mathematical model was formulated to investigate t...
<p>A mathematical model of galvanic corrosion under the conditions of a thin electrolyte film was us...
One-dimensional mathematical models are presented for the free corrosion of a metal surface under a ...
A one-dimensional mathematical model is presented for the free corrosion of a bare metal surface (de...
A one-dimensional mathematical model for the corrosion of a metal surface under a porous layer (ofte...
A model of processes at the interface between an electrolyte and a passivating oxide layer on a meta...
A model of processes at the interface between an electrolyte and a passivating oxide layer on a meta...
The surfaces of all metals (except for gold) in air are covered with oxide films. When such a metal ...
The surfaces of all metals (except for gold) in air are covered with oxide films. When such a metal ...
A 2-D axial symmetric time-dependant mathematical model was developed to investigate conditions for ...
Abstract A finite element model is developed to study dynamics of atmospheric corrosion of carbon st...
An electrochemical model was developed to predict the transient distribution of species generated du...
Abstract The phenomenon of passivity is crucial for many areas of our technological and metal-based ...
This dissertation consists of two parts. First, a mathematical model was formulated to investigate t...
Atmospheric corrosion is one of the most widespread types of metal corrosion in the world. Commonly,...
This dissertation consists of two parts. First, a mathematical model was formulated to investigate t...
<p>A mathematical model of galvanic corrosion under the conditions of a thin electrolyte film was us...