Precipitation Hardening

Content: 
THE COMMONWEALTH AND INTERNATIONAL LIBRARY, Page i
Front Matter, Page iii
Copyright, Page iv
Preface, Pages ix-x
Introduction, Pages xi-xii
1 - The Basis of Age-hardening, Pages 3-24
2 - Changes in Mechanical and Physical Properties on Ageing, Pages 25-38
3 - X-ray and Electron Metallography of Ageing, Pages 39-53
4 - The Metallography of Deformed Alloys, and Theories of the Mechanisms of Hardening, Pages 54-82
I.1 - The Basis of Age-hardening, Pages 87-100
II.1 - The Discovery of Age-hardening, Pages 103-111
II.2 - Reversion, Pages 112-114
II.3 - Tensile Properties, Pages 115-119
II.4 - Resistivity Measurements, Pages 120-126
III.1 - The Discovery of G.P. Zones, Pages 129-133
III.2 - X-Ray Metallography of Ageing, Pages 134-147
III.3 - Electron Metallography of Ageing, Pages 148-175
III.4 - Trace Element Effects, Pages 176-189
IV.1 - Quantitative Metallography, Pages 193-195
IV.2 - A Theory of Long-range Particle-dislocation Interaction, Pages 196-200
IV.3 - Theory of Dislocation Bowing, Pages 201-202
IV.4 - Verification of the Orowan Theory, Pages 203-207
IV.5 - Theory of Yield with Particle Shear, Pages 208-213
IV.6 - Theory of Work-hardening of Precipitation-hardened Alloys, Pages 214-231