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Friction surfacing is the innovative technique employed for the reformation of a metal surface. Frictional heat produced between two interaction surfaces is utilized to deposit one metal above the other professionally. In this process, the quantity heat needed for depositing is essentially be influenced by on choice of process constraints such as friction force, revolving speediness of mechtrode, table speediness and reside duration. Stainless steel was selected for friction surfacing on mild steel in this experiment, the number of experiments were decided based on factorial design. Investigational task of friction surfacing was executed and the responses were quantified from the deposits which were accepted after thorough inspection. Through regression equations the impact of procedure features on each response was determined.

Influence of Process Parameters on Physical and Mechanical Parameters of Friction Surfaced Deposits on Low Carbon Steel