Abstract
AbstractAn analysis is presented which shows that the strain (ɛ)/time (t) relation ɛ = ɛ 0 + ɛ T { 1 − exp ( − t / τ ) } + ɛ ˙ s t where ɛ0 is the instantaneous strain on loading, ɛ T the magnitude of transient creep, τ the relaxation time of transient creep, and έ s the steady-state strain rate, can be derived by assuming that transient and steady-state creep obey first-order reaction-rate theory. The assumption is considere...
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