Linked from

The 27 pages that link to Alloy, each with the reason it gives.

• Phase diagramNarrower topic: Alloy composition determines which phases form during processing.

• Solid solutionNarrower topic: Many alloys derive their composition-dependent properties from one or more solid-solution phases.

• Melting pointRelated: Alloys often melt over a temperature range rather than at one sharp point.

• MetallurgyNarrower topic: Most engineering metals are alloys rather than chemically pure elements.

• Metallic bondingRelated: Alloying changes the electron environment and can alter the strength and conductivity of metallic solids.

• HardnessNarrower topic: Alloy composition and phases provide common ways to tune hardness.

• BronzeNarrower topic: Bronze is one example of how alloying changes a metal’s properties.

• CastingNarrower topic: Alloy composition affects melting, flow, strength, and solidification during casting.

• MetalworkingRelated: Alloy composition changes strength, hardness, corrosion resistance, and workability.

• MixtureBroader topic: Alloys are solid mixtures whose components produce useful mechanical or chemical properties.

• Earth's coreNarrower topic: Core metal is an alloy whose minor elements affect melting and density.

• Composite materialCompared with: Unlike a typical composite, an alloy’s constituents often combine at atomic or microscopic scales into metallic phases.

• Iron–carbon phase diagramNarrower topic: Iron–carbon compositions are alloys whose carbon content sets their position along the horizontal axis.

• Chemical compoundCompared with: Many alloys are mixtures with variable composition, unlike fixed-proportion compounds.

• Metal (chemistry)Related: Combining metals with other elements can improve strength, hardness, or corrosion resistance.

• Chemical compositionBroader topic: Alloy properties depend on the identities and proportions of their elements.

• MischmetalNarrower topic: Mischmetal’s properties arise from combining several metals in one material.

• SolderNarrower topic: Solder’s properties come from combining metals in controlled proportions.

• ImmiscibilityRelated: Limited solid-state miscibility can produce multiple phases within an alloy.

• Metal castingNarrower topic: Most cast metals are alloys chosen to balance casting behavior and service properties.

• NiobiumRelated: Adding niobium to steel or titanium changes mechanical and high-temperature properties.

• ConstantanNarrower topic: Constantan’s properties arise from combining copper and nickel rather than using either pure metal.

• GalinstanNarrower topic: Galinstan is a multicomponent metallic alloy rather than a pure element.

• Induction furnaceRelated: Precise melting and mixing allow induction furnaces to prepare alloys with controlled compositions.

• Colored goldNarrower topic: Colored gold belongs to the wider class of engineered metallic mixtures.

• Elemental materialsCompared with: Alloys modify elemental metals by introducing other elements into the material.

• List of copper alloysNarrower topic: Copper alloys belong to the broader class of materials defined by deliberate combinations.