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Yield function of the orthotropic material considering the crystallographic texture
Yaroslav A. Erisov,Fedor V. Grechnikov,Sergei V. Surudin 국제구조공학회 2016 Structural Engineering and Mechanics, An Int'l Jou Vol.58 No.4
On the basis of the energy approach it is reported a development of the yield function and the constitutive equations for the orthotropic material with consideration of the crystal lattice constants and parameters of the crystallographic texture for the general stress state. For practical use in sheet metal forming analysis it is considered different loading scenarios: plane stress and plane strain states. Using the proposed yield function, the influence of single ideal components on the shape of yield surface was analyzed. The six texture components investigated here were cube, Goss, copper, brass, S and rotated cube, as these components are typically observed in rolled sheets from FCC alloys.