Content of SoA
State of the Art - Intermetallics
Title page, Preface, Contents
PART II - Micro-macro transition multiscale modelling, effective properties
PART III - Modelling of thermomechanical behaviour under extreme conditions
PART IV - Modelling of microcracking mechanisms, damage and creep
PART V - Micro-macro transition, multiscale modelling, effective properties
PART VI - Intermetallics needs and applications
State of the Art - Metal Ceramic Composites
Title page, Preface, Contents
PART I - Microstructure characterization
PART II - Influence of processing on microstructure
PART III - Microcracking, fracture and fatigue of metal ceramic composites
PART IV - Defect kinetics and creep (damage evolution) - experiments
PART V - Micro-macro transition, multiscale modelling, effective properties
PART VI - Metal ceramic composites in technology needs and applications
State of the Art - Functionally Graded Materials
Title page, Preface, Contents
PART II - Technology and controlled tailoring of FGM
PART III - Non-destructive testing of FGM-made structural elements
PART IV - Modelling of FGM-behaviour under extreme temperature and high-rate loading conditions
PART V - Modelling of microcracking mechanisms, damage, fatigue and fracture
PART VI - FGM in technology needs and applications
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