 |
|
|
Solid State Transformation and Heat Treatment |
| Editor: Alain Hazotte (Univ. Metz, France) |
| Phase transformations are basic phenomena, that lead to the foundation of microstructures in materials. Generally they are the results of conditions (temperature, pressure, composition, stress) changing with time during processing (for example in injection moulding, casting, crystal growth, laser treatment, sintering, heat treatment), or during service such as creep, crack formation, etc. The final microstructures of materials are often obtained by transformation in the solid state during heat treatment. A tight control of the relevant processes is vital for a material with optimal properties, and thus for the efficient large-scale production of industrial components. In this book, based on the recent EUROMAT symposium, the most important phenomena will be treated and new directions of research outlined. The main subjects are: Modelling precipitation, eutectoid transformation and theory of TIT/CT curves; Phase dissolution during heating; Rapid solid state transformation phenomena: massive transformation, bainite formation, martensite including crack formation of ceramics; Crystallization of glass (metals, polymers, ceramics); Recrystallization; Phase transformations during service. The reader will thus find a most up-to-date survey about the latest results from scientific research in this important field.
|
|
| Cloth Bound |
202 Pages
|
Item #:
Price: |
352731007X
$100.00 |
John Wiley & Sons, Inc. | |
|
|
|
|
