包邮材料科学与工程基础

chapter 1 crystalline structures and imperfections
1.1 introduction
1.2 classification of materials
1.3 structure of atoms
　1.4 ideal crystal, space lattice and unit cells
　1.5 crystal structures and bravais lattices
　1.6 cubic unit cells
　1.7 basic crystalline structures in metals
　1.8 packing factor
　1.9 directions and planes in crystalline structures
　　1.9.1 directions in cubic unit cell
　　1.9.2 miller indices for crystallographic planes in cubic unit cell
　　1.9.3 linear density and planar density in crystalline structures
　1.10 crystalline imperfections
　　1.10.1 point defects
　　1.10.2 linear defects (dislocations)
　　1.10.3 planar defects(grain boundaries)
　　1.10.4 metallographic examination
　problems
chapter 2 mechanical properties of metals
　2.1 introduction
　2.2 materials relationship
　2.3 tensile properties
　　2.3.1 linear-elastic region and elastic constants
　　2.3.2 yield point
　　2.3.3 ultimate tensile strength
　　2.3.4 measures of ductility (elongation and reductionof area)
　2.4 mechanism of elastic and plastic deformation
　　2.4.1 metallic bond
　　2.4.2 mechanism of elastic deformation
　　2.4.3 mechanism of plastic deformation
　2.5 other mechanical properties
　　2.5.1 compressiye properties
　　2.5.2 shear properties
　　2.5.3 impact toughness
　2.6 work hardening
　　2.6.1 annealing of work-hardened materials
　　2.6.2 hot working and cold working
　2.7 hardness test
　　2.7.1 introduction
　　2.7.2 brinell hardness test
　　2.7.3 rockwell hardness test
　　2.7.4 vickers hardness test
　　2.7.5 scleroscope hardness tests
　problems
chapter 3 binary phase diagram
　3.1 introduction
　3.2 metallic solid solutions
　　3.2.1 substitutional solid solutions
　　3.2.2 interstitial solid solutions
　3.3 binary isomorphous alloy systems
　3.4 construction of phase diagrams
　　3.4.1 cooling curve
　　3.4.2 experimental methods to determine phase change points
　3.5 solidification of solid solution alloy
　3.6 binary eutectic alloy systems
　　3.6.1 slow cooling of a pb-sn alloy of eutectic composition
　　3.6.2 slow cooling of a 65% pb-35% sn alloy
　　3.6.3 slow cooling of a 16% pb-84% sn alloy
　3.7 binary eutectoid reactions
　3.8 binary peritectic alloy systems
　3.9 phase diagram with intermediate phases and compounds
　problems
chapter 4 iron-carbon equilibrium diagram
chapter 5 heat treatment of steels
chapter 6 carbon and alloy steels
chapter 7 nonferrous metals and its alloys
references
appendix ⅰ definitions
appendix ⅱ conversion factors to si units