A modeling framework is presented for localized corrosion of metals. This model employs
the phase-field and smoothed boundary method to track the moving metal/electrolyte …

Electrochemical oxidation of aluminium in acidic electrolyte solutions, also known as
anodizing, is a widely used process for the finishing of pure aluminium and its alloys. The …

Self-organization of pores in anodic aluminum oxide (AAO) is a unique phenomenon
attracting significant interest from both fundamental and practical points of view. Although …

Anodic oxidation of aluminum in solutions that dissolve the amorphous oxide produces films
with hexagonally-ordered patterns of pores. We show using linear stability analysis that an …

Experimental studies have suggested that oxide flow plays an important role in the growth of
porous anodic oxide films on reactive metals. Here a mathematical model for anodic oxide …

In this paper, we focused on the initiation of porosity in the anodic alumina under
galvanostatic conditions in chromic acid, using an 18O isotope tracer. The general concept …

Anodic oxidation of aluminum in solutions that dissolve the amorphous oxide produces films
with hexagonally-ordered patterns of pores. We show using linear stability analysis that an …

This chapter reviews the morphologies, growth mechanisms, and applications of anodic
oxide films. Experimentally, it is possible to control the growth conditions of these films to …

When a reaction occurs at the surface of a metal electrode, as in metal-anode batteries or
corrosion, it is often accompanied by a change in the morphology of the interface between …

Experimental studies have suggested that oxide flow plays an important role in the growth of
porous anodic oxide films on reactive metals. Here a mathematical model for anodic oxide …