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Theory of creep
General theory of plastic flow
1 other sections not shown
according amplitude analogy Barkhausen jumps basis calculation change in magnetic characteristics coefficient condition const corresponding creep process crystal crystalline damping ratio decrease dependence destruction of stationary determined displacement domain boundaries dynamometer effect energy equations experiment experimental data external ferromagnetic formation formula fracture Frank-Read sources fundamental hardening curve Hence Hooke's law hysteresis loop increase initial deformation internal elastic stresses internal stresses kinetics of dislocations large values law of plastic magnetic permeability magnetic reversal magnetisation metal micro cracks minimum mobile dislocations modulus movement of dislocations number of cycles number of dislocations number of mobile obtain occurs parameters phase plane physical properties plane plastic deformation plastic flow plastic hysteresis process of creep proportional quantity rate of creep rate of plastic region relation result slip slip bands small values specimen stationary dislocations stoppage of creep straight line sub-micro cracks theoretical theory of plastic tions ultrasonics unit dislocations velocity wedge Young's modulus