Fracture Mechanics of Ceramics, Volume 6Richard Carl Bradt |
Contents
Contents of Volume 5 | 1 |
CONTENTS OF VOLUME | 5 |
A Critical Evaluation of Fracture Mechanics Techniques | 27 |
The Indentation Crack as a Model Surface Flaw | 44 |
Dynamic Fracture Toughness of Glass | 47 |
Controlled Surface Flaw Fracture in Tension | 63 |
Shear Flow and Fracture Beneath Sharp Indentations | 75 |
A Statistical Analysis of Crack Deflection as | 77 |
The Influence of Precipitate Size and Temperature | 339 |
Fracture of Piezoelectric Materials | 353 |
R Curve Behaviour of Magnesia Partially Stabilized | 355 |
High Temperature Fracture Toughness Measurements | 371 |
Fracture Toughness of A1203 ZrO2 Composites | 383 |
Examination of Size Effects in the Failure Prediction | 384 |
Impact Resistance of Transformation Toughened Ceramics | 401 |
Effects of Oxidation on the Reliability of Silicon | 403 |
Fracture Properties of LiFMgF Solid Solutions | 93 |
The WorkofFracture of CarbonCarbon Composites | 107 |
Relationship Between Microcrack Zones and Toughness | 112 |
Fast Crack Propagation Across Interfaces | 121 |
Fracture Mechanics Model for Glass Strengthening | 137 |
Effect of Crystallites on Size of Flaws Introduced | 145 |
An Inquiry into the Irreversibility of Brittle | 157 |
Analytical and Experimental Evaluation of Biaxial | 163 |
Toughening in Glass Ceramics Through Microstructural | 165 |
Fracture Toughness of High Pressure Sintered SiN 3 4 | 181 |
Effects of Surface Conditions on StressRate Dependence | 185 |
71 | 187 |
Indentation Fracture of Single Crystal and Poly | 189 |
A Probabilistic Framework for Structural Design | 197 |
Impact Damage Resistance of Flat GlassCellular Glass | 207 |
Fracture Mechanics of Cellular Glass | 211 |
Assessment of Reliability of Ceramic Materials | 227 |
A Model Describing the Fracture Toughness of Cemented | 243 |
A Crack as a Crystal Defect with Implications | 253 |
Thermodynamic Approach | 272 |
Its Measurement | 277 |
Transformation Toughening in Ceramics | 289 |
Examination of the Tensile Strength of EGlass Fiber | 291 |
Critical and Subcritical Crack Extension in Al203 | 305 |
Transformation Zones in MgPSZ | 309 |
A Universal Materials Function for Subcritical | 317 |
Variation of Crack Length with Load and Kic | 327 |
Indentation Fracture Toughness of Brittle Materials | 329 |
Electric Field Effects on Subcritical Crack Growth | 337 |
Surface and Subsurface Fracture in Single Crystals | 407 |
High Temperature Failure in Ceramics | 423 |
Improving the Reliability of HotPressed Silicon | 425 |
Implication of Time Dependent and Environmental | 435 |
A Comparison of the K and J Concepts in Application | 449 |
Microcracking Mechanisms in Ceramics | 457 |
Crack Growth in Sialon | 463 |
Thermal Shock Resistance in Glass Nickel Composites | 475 |
Numerical Modeling of Microcracking in TwoPhase | 479 |
Thermal Shock and Thermal Shock Fatigue Testing | 487 |
Statistical Aspects of Grain Boundary Cracking | 495 |
Thermal Stress Fracture of Ceramic Coatings | 497 |
Microcrack Healing During the Temperature Cycling | 507 |
Oxidation Effects on Crack Growth and Blunting | 511 |
of aSic | 513 |
AdhesiveCohesive Fracture Characteristics of Plasma | 523 |
Biaxial Stress State Effects on Strengths of Ceramics | 531 |
Stress Intensity Factor Estimates for Various | 543 |
Corresponding States Aspects of the Brittle to Ductile | 545 |
Fracture of SiC with Second Phase in the Grain Boundaries | 555 |
A Microcracking Model for the Effect of Grain Size | 569 |
Evidence of Strength Degradation by Subcritical | 571 |
IndentationInducedFlaw Method for Measuring | 587 |
Slow Crack Growth in HotPressed Silicon Nitride | 603 |
Fracture Behavior of Glass MatrixGlass Particle | 609 |
The Role of Subcritical Tensile Microfracture Processes | 625 |
Crack Healing in Brittle Materials | 637 |
Contributors | 659 |
Common terms and phrases
A. G. Evans alumina Amer analysis behavior bend Bradt calculated carbide carbon-carbon composite cell walls cellular glass compressive crack extension crack front crack length crack propagation crack tip crack velocity critical decrease deflection dense glass density depth determined dislocation displacement double torsion dynamic effect elastic modulus equation experimental F. F. Lange failure fiber Figure Fracture Mechanics fracture strength fracture surface fracture toughness function glass ceramic grain boundary Heuer hot-pressed Si3N4 increase indentation fracture initial interface KIC values load matrix carbon maximum measured microcracking microstructure monoclinic observed obtained occurs oxide parameters particles plane polycrystalline precipitates predicted radial cracks ratio region residual stresses rods room temperature rupture samples second phase SENB single crystal sintered slow crack growth specimens strain energy stress field stress intensity factor subcritical crack surface flaws technique tensile tetragonal thermal expansion thermal shock tion transformation zone zirconia ZrO2