[eBook] [PDF] For New Advanced High Strength Steels Optimizing Properties 1st Edition By Mohamed Goun, Thierry Iung, Jean-Hubert Schmi
Chapter 1 Strain Hardening and Tensile Properties 1
Mohamed GOUNÉ and Olivier BOUAZIZ
1.1 Introductory remarks 1
1.2 Stress/strain curve: macroscopic quantities 2
1.3 Behavior of a single-phase structure: microscopic approach 3
1.4 Strain hardening and mechanical behavior of precipitation hardened micro-alloyed steels 7
1.5 Strain hardening and mechanical behavior of martensitic steels 19
1.6 Austenitic steels Fe-0.6C-22Mn with TWIP effect 23
1.7 Multiphase quenching and partitioning steels 28
1.8 Conclusion 38
1.9 References 39
Chapter 2 Anisotropy and Mechanical Properties 43
Hélène RÉGLÉ and Brigitte BACROIX
2.1 Challenges 44
2.2 Textural anisotropy and mechanical properties 46
2.3 Conclusion 61
2.4 Calculation details 62
2.5 References 67
Chapter 3 Compromise between Strength and Fracture Resistance 71
Anne-Françoise GOURGUES-LORENZON and Thierry IUNG
3.1 Introduction 71
3.2 Methods for measuring the resistance to damage and fracture 71
3.3 Physical mechanisms and microstructural control of damage and fracture 80
3.4 Examples of application 89
3.5 Conclusion and outlook 99
3.6 References 100
Chapter 4 Compromise between Tensile and Fatigue Strength 103
Véronique FAVIER, André GALTIER, Rémi MUNIER and Bastien WEBER
4.1 Toughness: the main cause of part failure in service 103
4.2 Fatigue: from crack initiation to failure 104
4.3 How to improve fatigue life through metallurgy? 112
4.4 Increasing role of defects in high strength steels 123
4.5 Specific treatments for fatigue performance 126
4.6 Conclusion 128
4.7 References 129
Chapter 5 High Strength Steels and Coatings 133
Marie-Laurence GIORGI and Jean-Michel MATAIGNE
5.1 Introduction 133
5.2 The continuous galvanizing process 134
5.3 Selective oxidation during continuous annealing 143
5.4 Coatings on high-strength steels 149
5.5 Conclusion 160
5.6 References 161
Chapter 6 Corrosion Resistant Steels with High Mechanical Properties 167
Franck TANCRET, Christine BLANC and Vincent VIGNAL
6.1 Introduction 167
6.2 General principles of corrosion/oxidation and corrosion/oxidation resistance 168
6.3 Wet corrosion resistant and high strength steels 169
6.4 Alloys resistant to hot oxidation and creep 184
6.5 Conclusion 193
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