Milos Varga

Milos helps learners read rust, pits, cracks, deposits, coating damage, and test results as evidence rather than decoration. His lessons connect electrochemistry, environment, material choice, geometry, stress, protection systems, inspection limits, and disciplined root-cause analysis.

Milos's lessons focus on Electrochemical corrosion, galvanic series, passivation, pitting, crevice corrosion, stress-corrosion cracking, coatings, cathodic protection concepts, environmental exposure, microscopy, failure surfaces, inspection data, accelerated testing, materials selection, maintenance, and root-cause reasoning. Sessions are designed for materials, mechanical, civil, marine, energy, maintenance, inspection, and independent learners studying why engineered materials degrade and usually use electrochemical-cell diagrams, damage morphology comparisons, exposure maps, coating cases, test-data plots, failure trees, materials tradeoffs, and maintenance plans.

Milos teaches corrosion science through electrochemistry, pitting, cracking, passivation, coatings, protection, testing, inspection, materials selection, and failure evidence. The teaching approach combines damage-morphology comparisons, electrochemical system maps, failure-tree reasoning, materials tradeoff reviews, and inspection-evidence discipline.

A useful place to begin: Describe the material, environment, damage pattern, and service history. We will build a corrosion mechanism map and separate evidence from assumptions.