Linked from

The 33 pages that link to Grain boundary, each with the reason it gives.

• Crystal structureBroader topic: Grain boundaries interrupt a structure’s periodic order and affect material strength.

• CeramicRelated: Grain boundaries influence ceramic strength, diffusion, and resistance to cracking.

• DislocationCompared with: Grain boundaries are planar defects that can block or redirect dislocations.

• AlloyRelated: Grain size and boundary structure influence an alloy’s strength and corrosion behavior.

• HardnessRelated: Grain boundaries can impede dislocation motion and raise hardness.

• Point defectCompared with: A grain boundary is an extended interface, not a defect confined to a few sites.

• MetalBroader topic: Grain boundaries alter a metal’s strength, corrosion behavior, and transport properties.

• CreepRelated: Grain boundaries provide sites and pathways for several high-temperature creep mechanisms.

• Creep (deformation)Related: Grain boundaries provide paths for diffusion and sites for sliding or damage.

• CrystallinityRelated: Grain boundaries separate ordered domains in polycrystalline solids.

• AnnealingRelated: Grain boundaries migrate during recrystallization and grain growth.

• Hydrogen embrittlementRelated: Grain boundaries can trap hydrogen and provide paths for intergranular fracture.

• Brittle fractureRelated: Cracks may follow grain boundaries or cross grains, depending on structure and conditions.

• Grain growthBroader topic: Grain growth occurs when these interfaces migrate, reducing their total area.

• Rare-earth magnetRelated: Grain boundaries influence coercivity and can be enriched with rare-earth elements.

• Electron backscatter diffractionRelated: Orientation maps reveal grain boundaries and their misorientation angles.

• GangueRelated: Gangue and ore-mineral grain boundaries affect how crushing releases separate particles.

• MalleabilityRelated: Grain boundaries can obstruct dislocation motion and alter a metal's malleability.

• Polycrystalline materialBroader topic: These interfaces separate grains and influence their interactions.

• QuartziteRelated: Quartzite’s interlocking grain boundaries contribute to its strength and fracture patterns.

• Interstitial defectCompared with: It is an extended interface defect rather than an extra atom at a point.

• Pressure solutionRelated: Fluid-bearing grain boundaries can carry solute away from contact zones.

• Alloy steelRelated: Alloying can control grain growth, changing steel’s strength and toughness.

• Solid-state reactionRelated: Grain boundaries provide fast diffusion paths and frequent reaction sites.

• CrystalliteRelated: It marks where one crystallite ends and a neighboring grain begins.

• RecrystallizationBroader topic: Recrystallization commonly proceeds as grain boundaries migrate and consume neighboring grains.

• Crystallographic defectBroader topic: It is a specific planar defect formed where differently oriented grains meet.

• Grain boundary strengtheningBroader topic: These interfaces are the obstacles responsible for the strengthening effect.

• Ceramic engineeringBroader topic: Grain boundaries influence ceramic strength, diffusion, and electrical behavior.

• Constance TipperBroader topic: Steel microstructure, including grain boundaries, influences where fracture initiates and travels.

• MisorientationRelated: A grain boundary is where the misorientation between neighboring grains is realized.

• Advanced materialsRelated: Grain boundaries influence strength, diffusion, and electrical behavior.

• Elemental materialsRelated: Grain boundaries affect the strength, diffusion, and corrosion of elemental solids.