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The 25 pages that link to Plastic deformation, each with the reason it gives.

• Materials scienceRelated: Deformation mechanisms determine how metals form and how they strengthen.

• Yield strengthRelated: Yield strength marks the onset of this lasting deformation.

• HardnessRelated: Indentation hardness reflects the material’s resistance to permanent deformation beneath an indenter.

• Hooke's lawCompared with: Unlike Hookean elastic deformation, plastic deformation is not fully reversible.

• DuctilityNarrower topic: Ductility describes how much plastic deformation occurs before fracture.

• Elastic modulusCompared with: Unlike elastic deformation, permanent deformation is not captured by elastic modulus.

• ElastomerCompared with: Elastomer deformation is largely recoverable, whereas plastic deformation leaves lasting shape change.

• ForgingNarrower topic: Forging depends on permanent deformation rather than temporary elastic bending.

• MetalRelated: Dislocation motion allows many metals to retain a new shape after bending or pressing.

• MetalworkingRelated: Forging and rolling depend on permanent deformation without fracture.

• Poisson's ratioCompared with: A single elastic Poisson's ratio may not describe deformation after yielding.

• CreepRelated: Creep can produce permanent strain gradually, even below the stress needed for rapid yielding.

• Creep (deformation)Compared with: Creep is time-dependent plastic deformation, not simply an instantaneous yield event.

• Elasticity (physics)Compared with: It begins when deformation no longer fully recovers.

• Work hardeningNarrower topic: It is the deformation that produces work hardening.

• FatigueRelated: Localized cyclic plasticity can accumulate even when nominal stresses remain modest.

• Brittle fractureCompared with: Its scarcity before failure distinguishes brittle fracture from ductile failure.

• Elastic collisionRelated: It is one route by which impact energy is dissipated in real, nonideal collisions.

• ExtrusionNarrower topic: Extrusion relies on sustained deformation rather than temporary elastic bending.

• Inelastic collisionRelated: It is one route by which collision energy becomes lasting structural change.

• MalleabilityRelated: Malleability is the capacity for plastic deformation under compressive stress.

• BrittlenessCompared with: Brittle materials fracture with little plastic deformation.

• Grain boundary strengtheningNarrower topic: Strengthening concerns resistance to the onset and progress of plastic deformation.

• Power hammerRelated: Forging blows produce the permanent deformation that changes a workpiece's shape.

• Yield (materials science)Related: Yield begins when plastic deformation starts to accumulate.