Stress Analysis of Cracks Handbook Book

	List of Symbols
	Foreword
	Preface - Third Edition
	Preface - Second Edition
	Preface - First Edition
	Acknowledgments to the First Edition
Pt. I	Introductory Information	1
Pt. II	Stress Analysis Results for Common Test Specimen Configurations	39
Pt. III	Two-Dimensional Stress Solutions for Various Configurations with Cracks	81
A	Cracks Along a Single Line
B	Parallel Cracks
C	Cracks and Holes or Notches
D	Curved, Angled, Branched, or Radiating Cracks
Pt. IV	Three-Dimensional Cracked Configurations	333
Pt. V	Crack(s) in a Road or a Plate by Energy Rate Analysis	415
Pt. VI	Strip Yield Model Solutions	431
Pt. VII	Crack(s) in a Shell	469
App. A	Compliance Calibration Methods	487
App. B	A Method for Computing Certain Displacements Relevant to Crack Problems	493
App. C	The Weight Function Method for Determining Stress Intensity Factors	497
App. D	Anisotropic Linear-Elastic Crack-Tip Stress Fields	513
App. E	Stress Intensity Factors for Cracks in a Plate Subjected to Pinching Loads	515
App. F	Cracks in Residual Stress Fields	529
App. G	Westergaard Stress Functions for Dislocations and Cracks	547
App. H	The Plastic Zone Instability Concept Applied to Analysis of Pressure Vessel Failure	581
App. I	Approximations and Engineering Estimates of Stress Intensity Factors	593
App. J	Rice's J-Integral as an Analytical Tool in Stress Analysis	611
App. K	Elasto-Plastic Pure Shear Stress-Strain Analysis (Mode III)	623
App. L	Table of Complete Elliptic Integrals	635
App. M	Table and Properties of Gamma Function	637
	References	641
	Reference Index	663
	Subject Index	667
	Free Software (SmartCrack-Lite)	676
	Software Guide	677