Chapter 1. Introduction -- Chapter 2. Basics -- Chapter 3. Steel Production -- Chapter 4. Reactions of Refractory Materials with Steel and Slag -- Chapter 5. Infiltration -- Chapter 6. Slagging of MgO -- Chapter 7. Premature Wear as a Result of Marangoni Convection -- Chapter 8. Formation and Behavior of Ceramic Inclusions -- Chapter 9. Electrochemical Corrosion Protection -- Chapter 10. Structural Damage -- Chapter 11. Drying of Refractory Castable -- Chapter 12. Thermal Shock Resistance -- Chapter 13. Thermochemical Behavior of Carbon-Containing Refractory Materials -- Chapter 14. Thermal Wear -- Chapter 15. Mechanical Wear of Refractory Material -- Chapter 16. Sintering -- Chapter 17. Porous Gas Purging Bricks Calculation.

Exploring the intricate interaction of refractories with their application environments, this book delves into the realms of physical chemistry, heat and mass transfer, thermo-mechanics, and mineralogy. Departing from the conventional phenomenological approach, it ties experiences and lab findings to these core principles, fostering a deep understanding. This shift not only enhances traditional testing methods but also widens the scope for alternative investigative approaches. Emphasizing the connection to fundamental laws across scientific disciplines, readers gain profound insights into refractory behavior, elevating their problem-solving prowess. In sync with the current trends of simulation methods in refractory science and metallurgy, this book offers a contemporary perspective on the subject.