Linked from

The 15 pages that link to Elasticity (physics), each with the reason it gives.

• Stress (mechanics)Related: In elastic materials, stress and strain are related by constitutive laws.

• Rigid bodyCompared with: Elasticity describes recoverable deformation that the rigid-body ideal excludes.

• RheologyNarrower topic: It supplies the purely recoverable limit against which mixed responses are described.

• Shear stressNarrower topic: Elasticity explains how materials respond reversibly to shear stress.

• Young's modulusNarrower topic: Young's modulus quantifies one aspect of elastic response: resistance to stretching.

• Hooke's lawNarrower topic: Hooke's law is a linear model of elastic response over a limited range.

• Elastic modulusNarrower topic: Elastic modulus quantifies one aspect of this broader material behavior.

• CantileverRelated: Elastic response governs how a cantilever bends under service loads.

• Elastic-rebound theoryNarrower topic: The theory depends on rocks behaving elastically while strain accumulates.

• StaticsRelated: Elastic deformation can change a structure's shape even when its loads are static.

• Structural analysisRelated: Elastic constitutive relations predict reversible deformation under working loads.

• Strength of materialsRelated: Elastic response links applied stress to recoverable strain.

• Contact forceRelated: Elastic deformation at touching surfaces underlies many support forces.

• ElasticityCompared with: The physical meaning concerns deformation and recovery, not variable responsiveness in economics.

• Solid mechanicsBroader topic: It models solids whose deformation disappears when applied loads are removed.