Galvanic corrosion, derived from the electrochemical galvanic reaction between metals, affects the durability of industrial structures, increasing the risk of failure and material damage.
Acid Mine Drainage (AMD) affects soils and nearby ecosystems, but emerging technologies are changing the way we mitigate its impact, offering innovative and sustainable solutions.
Thermodynamic principles underpin the design, efficiency, and optimization of chemical processes.
Learn heat transfer mechanisms and their impact on the efficiency of thermal systems in industries.
Analyzing how crystalline vs. amorphous structures influence corrosion resistance.
Use of NODAL analysis to predict corrosion and improve operational efficiency in the oil industry.
Magnetization links electricity and magnetism, essential for modern applications.
Exploring the properties, applications and technological advances of high entropy alloys (HEAs).
How additive manufacturing addresses microstructural limitations and improves strength in industrial metal applications.
The Atomium's conservation challenges and its relevance as an icon of materials engineering are analysed.
Explaining the applications and benefits of zinc anodes in cathodic protection of metallic structures.
Analysis on the relevance of corrosion training to improve the protection of industrial assets.
