The Finite Element Modulation of Thermostressed State of Coating Formation at Electric Contact Surfacing of “Shaft” Type Parts

<div>The distribution of equivalent deformations in the thermal deformation hearth (a, b) and in the zone of tape contact with the surface of the part (c) in the case of electrocontact surfacing with a steel tape at <i>K</i><sub>v</sub> = 1.015 and the duration of the current impulse <i>t</i><sub>imp</sub> = 0.04 sec.</div>

Advances in Materials Science and Engineering

fig10

Figure 10

Figure 10: The Finite Element Modulation of Thermostressed State of Coating Formation at Electric Contact Surfacing of “Shaft” Type Parts 