Mechanical and metallurgical effects on the geometry and properties of the surface of components in electric arc surfacing

Abstract

The methods for synthesis of arc surfacing using holding, displacing, vibroarc and cutting effects are developed. The concept of waste-free machining by cutting and a number of technological measures (flexible alloying and nano-reinforcement, multi-electrode processes, directional cooling), expanding the technological possibilities of surfacing, is described.

Keywords:

• arc surfacing
• cutting
• flexible alloying
• nanoarmoring

Notes

^1. Author's Certificate 1764882 (USSR), patent 2078655 (Russian Federation).