The first part of this text covers the fundamental relationships between the structure and properties of ferrous materials. The second part discusses standardized materials, recent developments and industrial applications, which affect processing aspects.

Ferrous materials have made a major contribution to the development of modern technology. They span a tremendous range of properties and applications. Part A of this book is dedicated to the fundamental relationships between the structure and the properties of ferrous materials. The considerably larger Part B deals with standardised materials, recent developments and industrial applications, which also affect processing aspects. Details are given for general engineering materials, tool and functional materials, as well as high-strength, creep-resistant and wear-resistant grades.

This book closes the gap in the treatment of steel and cast iron. Each chapter takes into account the gradual transitions between the two types of ferrous materials. The authors demonstrate that steel and cast iron are versatile and customisable materials which will continue to play a key role in the future.

Combines steel and cast iron, which used to be treated in separate books Keeps the fundamentals on an engineering rather than a material science level Contains numerous instructions and examples of application Offers basic understanding and guidance in materials selection as well as manufacturing and service of components Does not stop at material properties but goes into application Covers all groups of ferrous materials from nil to highest alloy content Pays reference to numerous European Standards, all available in English Includes supplementary material: sn.pub/extras

Autorentext

HANS BERNS BORN 1935, STUDIED FERROUS METALLURGY, WORKED IN THE SPECIALIZED STEEL INDUSTRY FROM 1959 TO 1979, DOCTORATE TH ACHEN 1964, HABILITATION TU BERLIN 1975, HELD THE CHAIR OF MATERIALS TECHNOLOGY AT THE RUHR-UNIVERSITY BOCHUM, GERMANY, FROM 1979 TO 2000 VALENTIN GAVRILJUK BORN 1938, STUDIED METAL PHYSICS; WORKED SINCE 1962 AT INSTITUTE FOR METAL PHYSICS, KIEV, UKRAINE, AS POSTGRADUATE (1962), SENIOR SCIENTIFIC RESEARCHER (1973), LEADING SCIENTIFIC RESEARCHER (1986), HEAD OF DEPARTMENT OF PHYSICAL PRINCIPLES FOR DESIGN OF STEELS AND ALLOYS SINCE 1989; DOCTORATE 1965, HABILITATION 1986. SASCHA RIEDNER BORN 1975, STUDIED MECHANICAL ENGINEERING AT THE RUHR-UNIVERSITY BOCHUM, GERMANY, MAJORING IN ENGINEERING MATERIALS, RECEIVED HIS DIPLOMA IN 2004 AND HIS DOCTORATE IN 2009, SINCE THEN HAS BEEN WORKING AS AN R+D ENGINEER AT THE GERMAN SPECIALITY STEEL COMPANY (DEW) IN WITTEN.

Inhalt
Fundamentals of ferrous materials.- Constitution.- Microstructure.- Heat treatment.- Properties.- Ferrous materials and their applications.- Materials for general applications.- High-strength materials.- Materials for surface layer treatments.- Tools for processing minerals.- Tools for processing materials.- Chemically resistant materials.- Creep-resistant materials.- Functional materials.