Metal and Ceramic Based Composites [1 ed.] 978-0-444-82814-9
The main aim of this book is to help engineers and others understand what kind of structure provides the required proper
306 25 148KB
English Pages 1-691 [705] Year 1997
Table of contents :
Content:
Preface
Pages v-vii
S.T. Mileiko
Acknowledgements
Page viii
Chapter I Structural materials Original Research Article
Pages 3-35
Chapter II Fibres and fibrous composites Original Research Article
Pages 37-73
Chapter III Deformation and failure of composites Original Research Article
Pages 77-145
Chapter IV Macro-and microcracks in non-homogeneous materials Original Research Article
Pages 147-232
Chapter V Strength and fracture toughness Original Research Article
Pages 233-305
Chapter VI Creep and creep rupture Original Research Article
Pages 307-332
Chapter VII Fatigue and ballistic impact Original Research Article
Pages 333-372
Chapter VIII Compressive strength Original Research Article
Pages 373-411
Chapter IX Interfaces and wetting Original Research Article
Pages 415-439
Chapter X Diffusion through fibre/matrix interface Original Research Article
Pages 441-474
Chapter XI Hot pressing Original Research Article
Pages 475-515
Chapter XII Powder metallurgy methods Original Research Article
Pages 517-546
Chapter XIII Liquid infiltration Original Research Article
Pages 547-586
Chapter XIV Internal crystallization Original Research Article
Pages 587-637
Bibliography
Pages 639-668
Author index
Pages 669-681
Subject index
Pages 683-691
Content:
Preface
Pages v-vii
S.T. Mileiko
Acknowledgements
Page viii
Chapter I Structural materials Original Research Article
Pages 3-35
Chapter II Fibres and fibrous composites Original Research Article
Pages 37-73
Chapter III Deformation and failure of composites Original Research Article
Pages 77-145
Chapter IV Macro-and microcracks in non-homogeneous materials Original Research Article
Pages 147-232
Chapter V Strength and fracture toughness Original Research Article
Pages 233-305
Chapter VI Creep and creep rupture Original Research Article
Pages 307-332
Chapter VII Fatigue and ballistic impact Original Research Article
Pages 333-372
Chapter VIII Compressive strength Original Research Article
Pages 373-411
Chapter IX Interfaces and wetting Original Research Article
Pages 415-439
Chapter X Diffusion through fibre/matrix interface Original Research Article
Pages 441-474
Chapter XI Hot pressing Original Research Article
Pages 475-515
Chapter XII Powder metallurgy methods Original Research Article
Pages 517-546
Chapter XIII Liquid infiltration Original Research Article
Pages 547-586
Chapter XIV Internal crystallization Original Research Article
Pages 587-637
Bibliography
Pages 639-668
Author index
Pages 669-681
Subject index
Pages 683-691
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