Abstract
In manufacturing, metal removal process is a vital activity which defines the productivity of the organization. The metal removal during machining operations, depend on factors which include cutting tool, work piece material, cutting fluids, machine tool condition, process parameters etc. In the present work, an effort has been made to understand the behavior of frictional force (Ff) during turning operation. Experiments were designed and executed with selected set of process parameters. The Ff for each trial was computed based on the Merchant’s circle diagram. The influence of each machining parameter on Ff has been analyzed and quantified for each parameter. The investigation reveals that feed rate and depth of cut has direct consequences on Ff , whereas spindle speed has indirect impact.
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