Dislocation Modelling of Physical Systems contains the Proceedings of the International Conference held at Gainesville, Florida, USA on June 22-27, 1980. The book emphasizes the growing interest in relating dislocation theoretic concepts to engineering problems. Topic areas chosen ranged from the fundamental, such as properties of single dislocations, to the more applied, such as fracture. The papers are grouped specifically based on the main topics they discuss. These topics include fracture; point defects and dislocations; structure dependence of mechanical behavior; properties of single dislocations; plasticity and geometry of deformation; internal friction effects; and boundaries.

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Yes, you can access Dislocation Modelling of Physical Systems by M.F. Ashby, R. Bullough, C.S. Hartley, M.F. Ashby,R. Bullough,C.S. Hartley in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Engineering General. We have over one million books available in our catalogue for you to explore.

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Technology & Engineering

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Engineering General

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Technology & Engineering

Front Cover
Dislocation Modelling of Physical Systems
Copyrigh Page
Table of Contents
Foreword
CHAPTER 1. RELATIONS BETWEEN DISLOCATION MECHANISMS AND FRACTURE TOUGHNESS
CHAPTER 2. ON CRACK PROPAGATION ALONG CRYSTALLOGRAPHIC SLIP BANDS
CHAPTER 3. A MODEL OF SHEAR CRACKS WITH DISLOCATION-FREE ZONES
CHAPTER 4. SOLUTE EFFECTS ON INTERGRANULAR FRACTURE
CHAPTER 5. "DISLOCATION CELL STRUCTURES AND A MECHANISM FOR EROSION OF DUCTILE MATERIALS"
CHAPTER 6. DISLOCATIONS AND THE FATIGUE STRENGTH OF METALS
CHAPTER 7. A DISLOCATION MODEL FOR FACETED MODE OF FATIGUE CRACK GROWTH
CHAPTER 8. IN SITU OBSERVATION OF DISLOCATION BEHAVIOUR IN FATIGUE PROCESS BY HVEM
CHAPTER 9. IN SITU OBSERVATION OF DISLOCATION BEHAVIOUR IN FATIGUE PROCESS BY HVEM
CHAPTER 10. ENGINEERING FRACTURE CRITERIA
CHAPTER 11. DISLOCATION MODELS IN FRACTURE
CHAPTER 12. VARIATIONAL FORMULATIONS IN DEFECT MECHANICS: CRACKS AND DISLOCATIONS
CHAPTER 13. THE INTERACTION ENERGY BETWEEN INTERSTITIAL ATOMS AND DISLOCATIONS AND ITS RELEVANCE TO IRRADIATION DAMAGE PROCESSES
CHAPTER 14. ON THE SIMULTANEOUS FORMATION OF INTERSTITIAL - AND VACANCY-TYPE LOOPS DURING IRRADIATION
CHAPTER 15. The Effect of Dislocation-Point Defect Interactions on Rate Processes in Metals
CHAPTER 16. RADIUS DEPENDENCE OF THE SINK STRENGTH OF A DISLOCATION LOOP
CHAPTER 17. A FRANK LOOP UNFAULTING MECHANISM IN fcc METALS DURING NEUTRON IRRADIATION
CHAPTER 18. ON THE KINETICS OF THE LOCKING OF A SCREW DISLOCATION DUE TO REORDERING OF AN INTERSTITIAL SOLUTE IN A BCC METAL
CHAPTER 19. A MECHANISM RATIONALIZING STRAIN AGING KINETICS IN NICKEL 200
CHAPTER 20. DISLOCATION KINETICS AT NOT-SO-CONSTANT STRUCTURE
CHAPTER 21. HIGH VOLTAGE ELECTRON MICROSCOPY AND MODELS OF DEFORMATION
CHAPTER 22. STRAIN HARDENING AND DYNAMIC RECOVERY
CHAPTER 23. SOLUTION EFFECTS ON THE MECHANICAL BEHAVIOUR AND THE DISLOCATION MOBILITY IN SILICON CRYSTALS
CHAPTER 24. THE NUCLEATION AND GROWTH OF DEFORMATION TWINS IN METALLIC CRYSTALS
CHAPTER 25. ADVANCES IN THE CONTINUUM ELASTIC THEORY OF DISLOCATIONS
CHAPTER 26. EDGE DISLOCATIONS AND DISCRETE ELASTIC THEORY
CHAPTER 27. ACCELERATING DISLOCATIONS: SOME RECENT RESULTS
CHAPTER 28. ATOMIC MODELS OF SINGLE DISLOCATIONS
CHAPTER 29. COMPUTER SIMULATION OF DISLOCATION CORES IN HCP METALS
CHAPTER 30. THE LOW TEMPERATURE FLOW STRESS OF BODY–CENTRED CUBIC MATERIALS
CHAPTER 31. ATOMISTIC STUDIES OF DISLOCATIONS AND STACKING FAULT–TYPE DEFECTS IN LI2 ORDERED STRUCTURES
CHAPTER 32. DESCRIPTION OF DISLOCATION DISTRIBUTIONS
CHAPTER 33. THE DISPLACEMENT FIELD OF A DISLOCATION DISTRIBUTION
CHAPTER 34. THE STRESS FIELD OF DISLOCATION ARRAYS
CHAPTER 35. THE STRESS FIELD OF DISLOCATION ARRAYS
CHAPTER 36. THE DYNAMICS OF THE GROUP OF DISLOCATIONS AND THE INSTABILITY OF PLASTIC FLOW
CHAPTER 37. DISLOCATION STRUCTURES PRODUCED BY CROSS-SLIP
CHAPTER 38. THE DISLOCATED STATE
CHAPTER 39. DISLOCATIONS AND INELASTICITY OF SOLIDS
CHAPTER 40. INFLUENCE OF TEXTURE AND SLIP MODE ON CREEP CONSTITUTIVE BEHAVIOR OF HEXAGONAL METALS
CHAPTER 41. PHENOMENOLOGICAL PLASTICITY AND DISLOCATION MODELS OF DEFORMATION
CHAPTER 42. A THEORY ON THE SHAPE OF SATURATED HYSTERESIS LOOPS
CHAPTER 43. VOID STRENGTHENING
CHAPTER 44. DISLOCATIONS IN NON-CRYSTALLINE MEDIA?
CHAPTER 45. DISLOCATION MODEL OF SOLIDIFICATION AND THE FORMATION OF AMORPHOUS SOLIDS
CHAPTER 46. SOME RECENT RESULTS OF THE THEORY OF DISCLINATIONS AND DISPIRATIONS
CHAPTER 47. APPLICATION OF INTERNAL FRICTION MEASUREMENTS TO THE STUDY OF DISLOCATIONS AND PLASTIC FLOW
CHAPTER 48. A RATE THEORY OF DISLOCATION MOTION INCORPORATING INERTIAL OVERSHOOT EFFECTS
CHAPTER 49. SOME ASPECTS OF DISLOCATION - POINT DEFECT INTERACTIONS AND THEIR SIGNIFICANCE TO INTERNAL FRICTION
CHAPTER 50. SOME ASPECTS OF DISLOCATION – POINT DEFECT INTERACTIONS AND THEIR SIGNIFICANCE TO INTERNAL FRICTION
CHAPTER 51. MODE DEPENDENCE OF PHONON SCATTERING BY DISLOCATIONS
CHAPTER 52. THERMAL RESISTANCE ARISING FROM DYNAMIC SCATTERING OF PHONONS BY DISLOCATIONS
CHAPTER 53. DISLOCATION DRAG MECHANISMS
CHAPTER 54. THEORY OF ACOUSTIC EMISSION
CHAPTER 55. DISLOCATION SOURCES
CHAPTER 57. DEFECTS IN REGULAR CELLULAR STRUCTURES AND THEIR ROLE IN GRAIN GROWTH MECHANISMS
CHAPTER 58. OBSERVATIONS OF GRAIN BOUNDARY STRUCTURE
Chapter 59. Grain Boundary Dislocations and the Topography of Grain Boundary Planes
Chapter 60. THE DISLOCATION STRUCTURE OF HIGH ANGLE GRAIN BOUNDARIES
Chapter 61. DISSOCIATED DISLOCATIONS IN (111) TWIST BOUNDARIES
Chapter 62. DISLOCATIONS AND FREE SURFACES IN THE MICROPLASTIC DEFORMATION OF F.C.C. METALS: AN X-RAY TOPOGRAPHIC STUDY
Chapter 63. THE CLIMB OF DISSOCIATED DISLOCATIONS
Chapter 64. On the Contribution of Grain Boundary Dislocations to Grain Boundary Sliding, Migration and Point Defect Emission
Chapter 65. THE ROLE OF VACANCIES IN THE KINETICS OF GRAIN BOUNDARY MOTION
Chapter 66. A PRELIMINARY STUDY OF PERSISTENT SLIP BANDS IN AgCl
INDEX

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