Titlebook: Electrically Assisted Forming; Modeling and Control Wesley A. Salandro,Joshua J. Jones,John T. Roth Book 2015 Springer International Publis

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Ausgestaltung der digitalen TransformationThis chapter contains modeling work for sheet metal subject to an applied direct electrical current in uniaxial tension. The modeling is divided into a thermal and mechanical approach which is combined to a thermo-mechanical model to predict the deformation behavior during EAF.

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Tensile Electroforming Model,This chapter contains modeling work for sheet metal subject to an applied direct electrical current in uniaxial tension. The modeling is divided into a thermal and mechanical approach which is combined to a thermo-mechanical model to predict the deformation behavior during EAF.

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Tribological and Contact Area Effects,In order for the electroplastic effect to take place, the applied electricity must be able to flow from the dies and through the workpiece. Because of this, the interfaces between the dies/workpiece are critical.

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Appraisal, Rewards and Promotion,ffect on deformation process forces, power, and resultant microstructure. In this chapter, we aim to explore the feasibility of implementing EAM on a commercial scale, primarily specific design requirements, cost, and sustainability impact on the manufacturing system as a whole.