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E-raamat: Mechanical Properties of Ceramics and Composites: Grain And Particle Effects

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  • Ilmumisaeg: 18-Apr-2000
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781135553784
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Mechanical Properties of Ceramics and Composites: Grain And Particle EffectsSuurem pilt
  • Formaat: EPUB+DRM
  • Ilmumisaeg: 18-Apr-2000
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781135553784
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Complementing Rice's Porosity of Ceramics (Marcel Dekker, 1998), this volume stresses the critical link between fabrication and ceramic performance through a comprehensive review of the dependence of mechanical properties on grain and particle parameters (e.g. of size, shape, orientation, and distribution) for both conventional and composite ceramics. A dozen chapters branch into sections on the grain dependence of monolithic properties and the dependence of ceramic, especially particulate, composite properties on grain and particulate parameters. Most chapters include theoretical and conceptual background, pertinent models, experimental results, a data review, discussion, and a summary or recommendations. B&w illustrations feature microstructural details while graphs plot data on material hardness, compressive strength, and other pivotal variables. Rice is an Alexandria, VA.-based consultant who holds numerous patents. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Preface v
Symbols and Abbreviations xiii
Introduction to Grain and Particle Effects on Ceramic and Ceramic Composite Properties
1(42)
Grain and Particle Parameter Definitions and Treatment Outline
1(5)
Relative Effects and Interctions of Microstructural Parameters on Properties
6(4)
Range, Character, and Challenges of Grain and Particle Parameters in Monolithic and Composite Ceramics
10(18)
Grain and Particle Characterization and Parameters
28(7)
Coordination of Property and Microstructural Measurements
35(2)
Summary and Conclusion
37(6)
Part I Grain Dependence of Monolithic Ceramic Properties
Grain Dependence of Microcracking, Crack Propagation, and Fracture Toughness at ∼ 22°C
43(84)
Introduction
43(1)
Test and Mechanisms Background
44(10)
Grain Dependence of Crack Propagation
54(53)
Discussion, Summary, and Conclusions
107(20)
Grain Dependence of Ceramic Tensile Strengths at ∼ 22°C
127(118)
Introduction
127(8)
Ceramics and Related Materials with Known or Expected Microplastic Initiated Failure
135(8)
Cubic Ceramics and Related Materials Failing from Preexisting Flaws
143(14)
Noncubic Ceramics Failing from Preexisting Flaws
157(23)
Compositional, Microstructural, and Surface Finish Effects
180(15)
Other Factors
195(9)
Evaluation of the Σ---G-1/2 Model Parameters
204(9)
Correlation of Toughness, Tensile Strength, and Young's Modulus
213(4)
Tensile Strength Versus Toughness and Reliability
217(6)
Summary, Discussion, Conclusions, and Recommendations
223(22)
Grain Dependence of Indentation Hardness at ∼ 22°C
245(50)
Introduction
245(4)
Data Review
249(32)
General Discussion
281(5)
Summary and Conclusions
286(9)
Grain Dependence of Compressive Strength, Wear, and Related Behavior at ∼ 22°C
295(56)
Introduction
295(4)
Grain Dependence of Compressive Strength
299(15)
Ballistic Stopping Capabilities of Ceramic Armor, Grain, and Other Dependence
314(3)
Grain Dependence of Erosion Wear and Residual Ceramic Strength
317(5)
Grain Dependence of Wear and Machining
322(16)
Grain Dependence of Machining Rates and Effects
338(2)
Discussion and Summary
340(11)
Grain Effects on Thermal Shock Resistance and Elevated Temperature Crack Propagation, Toughness, and Tensile Strength
351(77)
Introduction
351(1)
Models and Concepts
352(4)
Fracture Toughness and Related Crack Propagation as a Function of G and Temperature
356(15)
Effects of Grain Size and Temperature on Tensile (and Flexure) Strengths
371(23)
Grain Effects on Thermal Shock Behavior
394(3)
Discussion
397(31)
Grain Dependence of Hardness, Compressive Strength, Wear, and Related Behavior at Elevated Temperatures
428(29)
Introduction
428(2)
Grain Dependence of Hardness as a Function of Temperature
430(8)
Grain Dependence of Compressive Strength as a Function of Temperature
438(8)
Grain Dependence of Erosion and Wear as a Function of Temperature
446(1)
Discussion
447(4)
Summary and Conclusions
451(6)
Part II Dependence of Ceramic, Especially Particulate, Composite Properties on Grain and Particle Parameters
Particle (and Grain) Effects on Elastic Properties, Crack Propagation, and Fracture Toughness of Ceramic Composites at ∼ 22°C
457(78)
Introduction
457(1)
Theoretical and Conceptual Background
458(14)
Particle Parameter Effects on Elastic Properties
472(9)
Particle (and Grain) Parameter Effects on Crack Propagation
481(8)
Particle (and Grain) Effects on Fracture Toughness in Ceramic Composites
489(27)
General Discussion
516(4)
Summary
520(15)
Particle Dependence of Tensile Strength of Ceramic Composites at ∼ 22°C
535(66)
Introduction
535(1)
Theoretical Background
536(2)
Particle Parameter Effects on Tensile Strengths of Ceramic Composites
538(42)
Ceramic Composite Reliability, Weibull Moduli, Strength Variability, and Fractography
580(3)
General Discussion
583(8)
Summary and Conclusions
591(10)
Composite Particle and Grain Effects on Hardness, Compressive Strength, Wear, and Related Behavior at ∼ 22°C
601(18)
Introduction
601(1)
Theoretical Background
601(2)
Experimental Results
603(11)
Discussion and Summary
614(5)
Particle and Grain Effects on Mechanical Properties of Composites at Elevated Temperature
619(38)
Introduction
619(1)
Theoretical Background
620(1)
Data Review
621(26)
Discussion
647(3)
Summary
650(7)
Summary and Perspective for the Microstructural Dependence of Mechanical Properties of Dense Monolithic and Composite Ceramics
657(34)
Introduction
657(1)
Microstructural Dependence of Other Properties of Ceramics
658(7)
Summary of Grain and Particle Size Dependence of Mechanical Properties of Monolithic and Composite Ceramics
665(20)
Needs and Opportunities to Understand and Better Use the Grain and Particle Dependence of Mechanical Properties of Ceramics and Ceramic Composites
685(2)
Summary
687(4)
Index 691
Rice, Roy W.
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