New Advanced High Strength Steels

Optimizing Properties

SCIENCES - Metallic Materials

New Advanced High Strength Steels

Edited by

Mohamed Gouné, University of Bordeaux, France.
Thierry Iung, ArcelorMittal, France.
Jean-Hubert Schmitt, Centrale Supélec, France.

ISBN : 9781789451221

Publication Date : December 2023

Hardcover 410 pp

165.00 USD



In recent years, significant developments have been made to increase the mechanical strength of steels in order to reduce the overall weight of structures, particularly in motor vehicles. Depending on the application, the increase in strength should not be at the expense of forming and in-use properties.

The development of ultra-high strength steels requires a search for new trade-offs between these properties in order to optimize the final microstructure. New Advanced High Strength Steels analyzes the interactions between tensile mechanical properties and properties such as work hardening, anisotropy, resistance to rupture, fatigue life, corrosion resistance, crashworthiness, edge retention, hydrogen resistance and weldability. It also examines the links between the microstructural parameters of high-strength steels and the properties mentioned above. It highlights the metallurgical developments that have been necessary for the emergence of these new generations of steels.

The book concludes with a look ahead to future developments in ultra-high strength steels.


1. Strain Hardening and Tensile Properties, Mohamed Gouné and Olivier Bouaziz.
2. Anisotropy and Mechanical Properties, Hélène Regle and Brigitte Bacroix.
3. Compromise between Strength and Fracture Resistance, Anne-Françoise Gourgues-Lorenzon and Thierry Iung.
4. Compromise between Tensile and Fatigue Strength, Véronique Favier, André Galtier, Rémi Munier, and Bastien Weber.
5. High Strength Steels and Coatings, Marie-Laurence Giorgi and Jean-Michel Mataigne.
6. Corrosion Resistant Steels with High Mechanical Properties, Franck Tancret, Christine Blanc, and Vincent Vignal.
7. Crashworthiness by Steels, Dominique Cornette, Pascal Dietsch, Kevin Tihay, and Sébastien Allain.
8. Cut Edge Behavior, Stéphane Godet, Ève-Line Cadotte, and Astrid Perlade.
9. The Relationship between Mechanical Strength and Hydrogen Embrittlement, Xavier Feaugas and Colin Scott.
10. Weldability of High Strength Steels, Thomas Dupuy, Jessy Haouas, and Laurent Jubin.

About the authors

Mohamed Gouné is a university professor at the University of Bordeaux, France, a researcher at the ICMCB and a specialist in the genesis of nano/microstructures in metal alloys.

Thierry Iung is a metallurgy expert and head of metallurgy research for products and processes at ArcelorMittal, Maizières-lès-Metz.

Jean-Hubert Schmitt is professor emeritus at Centrale Supélec, France. He is a specialist in the mechanical behavior of metallic alloys in relation to their microstructure.