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An Approximation Method for the Determination of the Elastic Constants of Single Crystals
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1954
Year
Crystal StructureSingle CrystalsEngineeringPlane Elastic WavesElastic ConstantsArbitrary DirectionElasticity (Physics)MechanicsMaterial NonlinearitiesAnisotropic MaterialMaterials ScienceNonlinear ElasticityPhysicsCrystalline DefectsCrystal MaterialSolid MechanicsCrystallographyCubic CrystalApplied PhysicsCondensed Matter PhysicsContinuum ModelingCrystalsApproximation MethodMechanics Of Materials
Plane elastic waves traveling in an arbitrary direction in a crystal are, in general, neither transverse nor longitudinal and in fact show polarization angles up to 11° in nickel. A method for deducing the elastic constants of a cubic crystal is well known. The method is here extended to other crystal classes where the method may be used in order to deduce all the elastic constants of a crystal.