Failure Analysis of Engineering MaterialsSolve, correct, and avoid critical material failure problems Expertly analyze failures in common materials with Failure Analysis of Engineering Materials. This investigatory/analytical tool by Charles R. Brooks and Ashok Choudhury is a time-saving, one-stop reference for engineers. A soundly written introduction to principals and practices, it’s invaluable for failure inquiries involving metals, ceramics, plastics, composites, and electronic materials. You get:
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Contents
Chapter 1 Introduction | 1 |
Chapter 2 Mechanical Aspects and Macroscopic FractureSurface Orientation | 73 |
Chapter 3 Fracture Mechanisms and Microfractographic Features | 121 |
Copyright | |
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alloy aluminum American Society arrow austenite axial bending bond carbon cause ceramic chemical cleaning cleavage components composite compression copper crack growth crack propagation cross section crystal curve cycles damage delamination dimples ductile elastic electrical electromigration electron microscope elongation embrittlement example Failure Analysis fatigue crack fatigue fracture surface fatigue striations ferrite Figure frac fracture mechanism fracture surface grain boundaries interface intergranular intergranular fracture layer magnification material matrix maximum Metals Handbook Metals Park micrograph microstructure mode modulus normal stress notch occurs overload oxide package particles pearlite plane plastic deformation plate polymer radial marks region replica resin Rockwell scanning electron scanning electron microscope schematically in Fig shear stress shown in Fig silicon slip Society for Metals solder specimen steel stereo strain structure techniques temperature tensile sample tensile strength tensile stress thermal tion topography torsion ture surface weld wire wire bond x-ray yield strength zone