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Dislocation creep

Dislocation creep is a deformation mechanism in crystalline materials. Dislocation creep involves the movement of dislocations through the crystal lattice of the material, in contrast to diffusion creep, in which diffusion (of vacancies) is the dominant creep mechanism. It causes plastic deformation of the individual crystals, and thus the material itself.

Geography, Dislocation movement & Principles

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Overview

Principles

Dislocation movement

Dislocation glide

Kinetics

Literature

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Dislocation creep

Nodes56
Edges55
Triples16
Avg. degree1.96
Density0.035714
Components1

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Dislocation creep

Top relations

related to Dislocations in crystals · 12
Dislocation creep → By, Calculations, Dislocation, Each, Edge, If, In, Screw, The, To, Two, When
related to Creep by Dislocation and Diffusional Flow · 3
Dislocation creep → Creep, Dorn, Harper
is a · 1
Dislocation creep → deformation mechanism in crystalline materials

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Important terminology

dislocation creep dislocations displaystyle crystal rate stress glide climb lattice thus energy solute material diffusion plane move movement atoms velocity

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Dislocation creepis adeformation mechanism in crystalline materials0.90text
Dislocation creeprelated to Creep by Dislocation and Diffusional FlowCreep0.60section
Dislocation creeprelated to Creep by Dislocation and Diffusional FlowHarper0.60section
Dislocation creeprelated to Creep by Dislocation and Diffusional FlowDorn0.60section
Dislocation creeprelated to Dislocations in crystalsDislocation0.60section
Dislocation creeprelated to Dislocations in crystalsEach0.60section
Dislocation creeprelated to Dislocations in crystalsThe0.60section
Dislocation creeprelated to Dislocations in crystalsTo0.60section
Dislocation creeprelated to Dislocations in crystalsIf0.60section
Dislocation creeprelated to Dislocations in crystalsWhen0.60section
Dislocation creeprelated to Dislocations in crystalsCalculations0.60section
Dislocation creeprelated to Dislocations in crystalsBy0.60section

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