This book offers a unique narrative and provides insights into the innovative solutions pertaining to corrosion in industrial settings. From safeguarding maritime structures to enhancing the performance of diesel engine bearings in harsh environments, the anthology explores various facets of corrosion mitigation and materials enhancement. Chapters delve into topics such as protective coatings, electrodeposition techniques, alloying effects, and electrochemical dynamics crucial for understanding corrosion mechanisms and resistance.
Features:
- Offers a comprehensive exploration of metallurgy and corrosion research, providing insights into various aspects of materials science and engineering advancements
- Covers diverse topics such as protective coatings, electrodeposition, alloying effects, and electrochemistry
- Each chapter presents real-world applications and solutions to corrosion related challenges, offering actionable insights that can be applied in industrial settings
- Focusses on metallurgical advancements and corrosion mitigation strategies
- Reviews sustainable production, health, and environmental impacts
This book is aimed at graduate students and researchers in materials and metallurgical engineering.
This book offers a unique narrative and provides insights into the innovative solutions pertaining to corrosion in industrial settings. From safeguarding maritime structures to enhancing the performance of diesel engine bearings in harsh environments, the anthology explores various facets of corrosion mitigation and materials enhancement.
1. Safeguarding the Integrity of Maritime Structure: Overview of Coating
Techniques.
2. Electrodeposition: Effects of Zinc Multifaceted Barrier
Protection in Sustaining Engineering Structure.
3. Diesel Engine Bearings in
Harsh Environments: The Strategic Role of Coating.
4. Corrosion: A Science of
Degradation.
5. Deposition of Binary and Quaternary Alloys on Steel for
Maximal Performance Use.
6. Corrosion Multifaceted Impact on Mild Steel.
7.
Aluminium Composite Development for Sustainable Production.
8.
Electrochemistry of Corrosion.
9. High Entropy Alloys: The Study on Aluminium
Cooking Ware.
Professor Ojo Sunday Fayomi is a Full Professor, current Executive Dean of the College of Engineering, and Chairman, Corporate Affairs Unit, Office of the Vice Chancellor, Bells University of Technology, Ota, Nigeria. He is an internationally renowned researcher, teacher, and life coach. He is an established proven academia and global researcher in Mechanical Metallurgy of Materials and Production Technology with focus on marine, automotive, aerospace, manufacturing, and biomedical application. He has supervised over 150 international research/industrial projects, graduated 15 doctoral degree holders and 40 masters degree students apart from the on-going postgraduate supervision. As an international conference speaker, he has spoken to audiences in Belgium, Mauritius, United States, Greece, United Kingdom, South Africa, and Nigeria.
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