engleski

Application of simulated annealing method in the cutting parameters optimization regarding surface roughness

As a basic machining process, turning is one of the most widely used metal removal processes in industry. In modern industry the goal is to manufacture low cost, high quality products in short time. Surface roughness is an important measure of the technological quality of a product and a factor that greatly influences manufacturing cost. This paper deals with the influence analysis of cutting parameters (cutting speed, depth and feed) on the surface roughness for the case of longitudinal turning. Mathematical modeling of surface roughness was carried out by second order central composite experimental design and regression analysis. The cutting parameters in the regression equation are optimized using simulated annealing optimization method.

Longitudinal turning; Surface roughness; Cutting parameters; Simulated annealing

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