Abstract
The effect of preliminary cyclic loading and the pulse current on the deformation and fracture mode of the 10kp5 low-carbon steel under uniaxial tension at room temperature is investigated. Data on the steel mechanical properties in the initial state and after preliminary combined cyclic loading and exposure to pulse current in different sequences are presented. Fractographic studies of the samples’ fractures showed the viscous nature of the samples’ fractures in all cases considered.
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