Elastic Properties of Metals and Alloys, I. Iron, Nickel, And Iron-Nickel Allays

By Ledbetter, H. M.

Book Id: WPLBN0000661988
Format Type: PDF eBook:
File Size: 8.14 MB
Reproduction Date: 2005

Title:	Elastic Properties of Metals and Alloys, I. Iron, Nickel, And Iron-Nickel Allays
Author:	Ledbetter, H. M.
Volume:
Language:	English
Subject:	Technology., Reference materials, Technology and literature
Collections:	Techonology eBook Collection
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Citation APA MLA Chicago M. Ledbette, B. H. (n.d.). Elastic Properties of Metals and Alloys, I. Iron, Nickel, And Iron-Nickel Allays. Retrieved from http://gutenberg.cc/

Description
Technical Reference Publication

Excerpt
Introduction: In this century, solid-state physics has advanced dramatically. Essential to this advance was accumulating on of vast quantities of data describing properties of soli s. As much as any set of properties, elastic properties w re central in this advance. Similarly, technologies such as metallurgy and ultrasonic have matured only through a necessary knowledge and understanding of elastic properties of solids that provide their basis. Most solids are crystalline, therefore elastically anisotropic, and are either single crystals or polycrystine agmegates. Thus, crystalline studies form a large art of solid-state physics, which attempts generally to re ate properties of atoms and atom groupings to macroscopic properties of solids at various temperatures, pressures, etc.

Table of Contents
Contents Page Page List of Tables ............................................. 531 13. Temperature Dependence of Elastic Con- List of Figures ............................................. 532 stants ............................................. 546 Principal Notations ....................................... 532 14. Pressure Dependence of Elastic Constants... 548 15. Magnetic Field Dependence of Elastic Con- 1. Introduction ........................................... 2. Perspective on Elastic Constants ............... 3. Terminology ........................................... 4. Definitions of Elastic Constants ................. 5. Relationships Among Elastic Coefficients and Engineering Elastic Constants ....... 5.1. Isotropic Case (A= 1).. ................... 5.2. Anisotropic Case (A # 1) ................ 6. Measurement Methods and Errors .............. 6.1. Measurement Methods .................... 6.2. Measuren~er~Etl orb.. ..................... 7. Isothermal and Adiabatic Elastic Constants ... 8. Elements Iron and Nickel ......................... 9. Iron-Nickel Phase Diagram ....................... 10. Compositional Dependence of Elastic Constants ........................................... 11. Effects of Mechanical Deformation, Annealing. Recovery and Lattice Defects ........ 13.1. Mechanical Deformation ............... 11.2. Annealing ................................... 11.3. La~iiceD eEccts ............................ 12. Higher-Order Elastic Coefficients ............... stants. ............................................ 16. Effects of Crystallographic Transitions on Elastic Constants ............................. 17. Theoretical Calculation of Elastic Constants. 17.1. Fundamental Models .................... 17.2. Hard-Sphere Model ...................... 18. Relationship of Elastic Constants to Other Physical Parameters ......................... 19. Concluding Remarks ............................... 20. References for Text ................................. 21. Bibliography of Reviews and Compilations ... 22. Older References .................................... 22.1. Iron, Young's Modulus. ................ 22.2. Iron, Shear Modulus .................... 22.3. Iron, Poisson's Ratio .................... 22.4. Nickel, Young's Modulus .............. 22.5. Nickel, Shear Modulus ................. 22.6. Iron-Nickel Alloys, Young's Modulus ........................................... 23. Notes on Tables ..................................... 24. Tablea a dF igu~c.s.. ............................... 25. References for Tables and Figures ............. List of Tables 1. Connecting Identities X=X(Y,.Z) for Elastic Con- Elastic Compliances sg for Cubic Crystals stants of Quasi-Isotropic Solids 4. Selected Properties of Iron and Nickel 2. Expressions for Engjneering Elastic Constants of 5. Second-Order Elastic Stiffnesses cij of Iron Cubic Single Crystals 6. Second-Order Elastic Stiffnesses cij of Nickel 3. Conversions Between Elastic Stiffnesses cij and 7. Second-Order Elastic Stiffnesses cij of Iron-Nickel