The Principles of Materials Selection for Engineering DesignWritten for an undergraduate Engineering Materials course in Mechanical, and Aerospace, as well as for a general course in Materials Science and Engineering, this up-to-date text offers a solid, basic background on how materials properties arise from their structures, are affected by processing, and are used in design. It exposes students to the "real-world" of integrated and concurrent engineering, as well as life cycle analyses. It stresses that materials selection be made and based on the entire spectrum of processing materials which includes melting, refining, solidification, deformation, heat-treating, and fabrication. |
Contents
Atomic Structure and Bonding | 2 |
Crystalline Structures Ideal | 29 |
Electrical Properties of Materials | 82 |
Copyright | |
19 other sections not shown
Common terms and phrases
alloys aluminum aluminum alloys annealed anodic applications ASTM atoms austenite bainite bonding carbide carbon content carbon steels carburizing ceramics chemical cold-work component composition compressive concentration cooling rate copper corrosion covalent covalent bond crack crystal crystalline cubic curve deformation density determine diagram diameter diffusion dislocation ductility electrical electrons elements energy engineering equilibrium eutectic example exhibit factors fatigue ferrite fiber fraction fracture toughness glass grades grain hardening hardness heat heat-treating HSLA steels increase indicated lattice liquid load martensite material matrix mechanical properties melting metals microstructure modulus mold molecules nickel oxide particles pearlite percent phase plane plastics plates polymers quenched reaction recrystallization schematically selection shape shown in Fig silicon specific stainless steels strain stress structure surface Table temperature tempered tensile strength thermal thermoplastics thickness tion titanium transformation ture unit cell weight weld yield strength