KnowraDislocationLinked fromLinked fromThe 31 pages that link to Dislocation, each with the reason it gives.All 31Broader topic 12Related 11Narrower topic 3Compared with 5Crystal latticeBroader topic: Dislocations explain how lattice structures deform under applied stress.Grain boundaryBroader topic: Arrays of dislocations accommodate the mismatch across many grain boundaries.MetalBroader topic: Dislocation motion lets metals deform plastically without requiring whole crystal planes to slide at once.Work hardeningBroader topic: Plastic deformation multiplies dislocations, whose interactions obstruct further dislocation motion.AnnealingBroader topic: Deformation multiplies dislocations; their rearrangement or removal helps soften a material during annealing.PlasticityBroader topic: Dislocation motion lets crystalline materials deform permanently without breaking every atomic bond at once.Precipitation hardeningBroader topic: Precipitates strengthen alloys by obstructing these defects’ motion.MalleabilityBroader topic: Dislocation motion lets crystalline metals deform without breaking all atomic bonds at once.DuraluminBroader topic: Duralumin’s precipitates strengthen it by hindering dislocation movement.Crystallographic defectBroader topic: Its movement lets layers of atoms slip without breaking every bond at once.Grain boundary strengtheningBroader topic: Dislocations carry plastic deformation and are impeded as they encounter grain boundaries.Yield (materials science)Broader topic: Dislocation motion is the main microscopic mechanism of yielding in crystalline metals.