Multiscale Phenomena in Materials – Experiments and Modeling Related to Mechanical Behavior

Table of Contents

• Preface
• Materials Research Society symposium proceedings
• Part I. Multiscale Modeling of Plastic Deformation:
• 1. Dislocation patterning and recovery under single slip: modeling micromechanisms from observations
• 2. Dislocation behaviour during deformation - combining experiments, simulation and modeling
• 3. Dislocation intersections and reactions in FCC and BCC crystals
• 4. Single crystal deformation experiments for validation of dislocation dynamics simulations
• Part II. Dislocation Phenomena at the Atomistic Length Scale:
• 5. Structure of dislocation core in GaAs
• Part III. Multiscale Modeling of Thin Films and Nano-Indentation:
• 6. Plasticity-related phenomena in metallic films on substrates
• 7. 3D simulation of the dislocation dynamics in polycrystalline metal thin films
• 8. Parallel glide: a fundamentally different type of dislocation motion in ultrathin metal films
• 9. Metallic island coalescence: molecular dynamics simulations of boundary formation and tensile strain in polycrystalline thin films
• 10. Atomistic and continuum studies of diffusional creep and associated dislocation mechanisms in thin films on substrates
• Part IV. Multiscale Modeling of Dislocation Phenomena and Plastic Deformation:
• 11. On the interaction between Mg solute atoms and dislocations in Al-Mg binary alloys
• 12. Dislocation core structure evolution during dislocation glide in FCC lattices
• 13. Some theoretical aspects of the Grüneisen coefficient for the equation of state of solids
• 14. A combined ab initio and bond-order potentials study of cohesion in iridium
• 15. Statistical dislocation dynamics - multiplication and long range interactions
• 16. In situ TEM studies of sessile dislocation arrangements and N vacancy ordering in ZrN
• 17. Anistropy of nanoindentation - a tool for the determination of nanocrystal orientation?
• 18. Features of semiconductors during nanoindentation
• 19. Plasticity in polycrystalline thin films: a 2D dislocation dynamics approach
• 20. Mechanisms of misfir strain relaxation in epitaxially grown BLT (Bi4xLaxTi3O12, x=0.75) thin films
• 21. Strain relaxation by dislocation arrays in thin films
• 22. Inhomogeneous distribution of dislocation density as manifestation of multiscale structure in tubes from Zr-based alloys
• 23. Dislocation and grain derived theory for kinematic metrics of finite deformation to replace existing elastic-plastic phenomenological metrics
• 24. Shape change in compressively loaded single crystals
• 25. A continuum model for single crystal cyclic plasticity
• 26. Dislocation patterning in fatigued silicon single crystals
• 27. X-ray microbeam investigation of deformation microstructure in microindented cu
• 28. Application of the 3D x-ray crystal microscope to study mesoscale structure of materials
• Part V. Multiscale Modeling of Microstructures and Experiments:
• 29. Grain rotations during tensile deformation of columnar tantalum
• 30. Effects of grain boundary constraint on the constitutive response of tantalum bicrystals
• 31. Microdiffraction experiments and modeling for analyzing multiscale dislocation ensembles in materials
• 32. Mesostructure of textured metal materials: experimental study and newly-discovered regularities
• Part VI. Models and Experiments in Nanostructured Materials:
• 33. Using fluctuations to locate the surface roughening transition
• 34. Application of a modified jogged-screw model for creep of titanium aluminides: evaluation of the key substructural parameters
• 35. Non-stick and scratch resistant sol-gel coating for aluminium
• 36. Structural evolution and acoustic phonon behavior in crystalline PTFE latex films
• 37. Generalized quasicontinuum approach to atomistic-continuum modeling of complex oxides
• 38. Aerosol deposition method (ADM) for nano-crystal ceramicscoating without firing
• Author index
• Subject index.
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