Analysis of the influence of CMT and Pulse GMAW surfacing methods and the chemical composition of the protective gas environment on the formation and metal structure of additively formed products from G3Si1 steel and CuSi3Mn1 alloy
The results of studies on the influence of CMT and Pulse methods of arc surfacing with a consumable electrode and the composition of the shielding gas on the formation and structural-phase composition of metal during the additive synthesis of products from G3Si1 steel and CuSi3Mn1 alloy are presented. The influence of the composition of the shielding gas environment and methods of electric current supply on the mechanical properties of the deposited metal from low-carbon steel was determined.
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