Nonferrous Physical Metallurgy

Nonferrous Physical Metallurgy by Robert J. Raudebaugh, published by I. Pitman & Sons in 1952, is a technical textbook that addresses the physical metallurgy of non-ferrous metalssuch as aluminium, copper, nickel, zinc, lead and their alloysin a structured and educational manner. Running to approximately 345 pages, the text is part of the Pitman Metallurgy Series and presents material behaviour, microstructure, alloying systems, processing techniques and mechanical properties specific to non-ferrous materials.

Within Nonferrous Physical Metallurgy, Raudebaugh introduces the fundamentals of crystallography, phase equilibria, deformation mechanisms, thermal treatments and corrosion phenomena as applied to non-ferrous systems. The book balances theoretical exposition with practical insight: worked examples, illustrative diagrams and discussions of industrial relevance help bridge academic metallurgy and manufacturing practice. Chapters explore work-hardening, precipitation strengthening, fatigue, creep and the role of alloy composition in achieving desired material properties, with special attention to non-ferrous sectors.

This edition serves both as a study text for students in materials science or metallurgical engineering and as a reference for designers, manufacturing engineers and historians of materials technology. Nonferrous Physical Metallurgy remains representative of mid-twentieth-century engineering curriculum, capturing the state of knowledge at a time when non-ferrous alloys were becoming increasingly critical in aerospace, automotive and electrical industries. Its clarity, depth and context make it an enduring resource in the field of materials science.