Structure, Volume 3

alloy aluminum applied stress atoms behavior bonds brittle fracture Burgers vector carbon cement ceramic Chapters coefficient compression constant copper crack creep cross-slip crystalline materials decreases dislocation density dislocation line displacement ductility edge dislocation elastic strain elastomers elongation Equation fatigue FCC metals glass grain boundaries H H H hardening hardness high temperatures increase John Wiley lattice length load loop low temperatures martensite matrix Mechanical Properties molecular chains notch occurs partial dislocations particles perature percent phase plastic deformation polycrystalline polymers precipitate precipitation-hardening produced quenching ratio region resolved shear stress room temperature rubber sample screw dislocation shear stress shown in Figure single crystals sintering slip direction slip plane slip systems specimen steel strain rate strain-hardening stress-strain curve structure surface tempered tensile stress tension thermal expansion tion ture twinning uniaxial versus viscosity volume Wiley and Sons work-hardening yield strength yield stress Young's modulus