Parametric classification based on technico-economic approaches to optimize the design and manufacturing of hot forged parts

The design and manufacturing of hot forged parts, using proposed of feasibility and optimization approaches that, based on technico-economics considerations, allow to evaluate numerically the rate of adaptation of the different morphologies at the forging process, is analyzed in this work. The integration of these approaches in an unique global adaptation coefficient, carried out considering the technical and economic importance of each factor, facilitates the selection of the best alternative. Also, the use of this coefficient allows, in studies of general nature, to make quantitative classifications of the analyzed parts, in studies facilitating a hierarchical order of the different alternatives, when groups and sub-groups according to characteristic parameters of each family, are established.