FOUNDRY PROCESS ENGINEERING AND COMPLEX CASTING TECHNOLOGIES

This volume brings together advanced studies in materials science and manufacturing engineering, highlighting experimental, theoretical, and applied approaches to understanding complex material systems. The selected chapters reflect ongoing efforts to improve industrial processes and develop functional materials for high-performance applications. The characterization of foundry processes for complex castings provides critical insights into manufacturing optimization across diverse industries, emphasizing quality control and process reliability. Complementing this, the investigation of nanostructured ceria–graphene composites explores their potential for electrochemical applications, underscoring the role of nanomaterials in enhancing efficiency and durability. The volume is further enriched by an experimental–theoretical analysis of strontium polyphosphate, offering a detailed understanding of its structural and physicochemical properties. Together, these contributions advance fundamental knowledge and practical innovation in modern materials engineering.