Engineering Transactions,
6, 4, pp. 529-535, 1958
Analiza Stateczności Cienkościennej Powłoki Walcowej Poddanej Rozciąganiu w Stanie Plastycznym
The possibility of the appearance of local neck or buckling during plastic deformation is discussed for a thick-walled cylindrical shell
subjected to the action of axial force and internal pressure, using the real strain hardening curve given in the form of a diagram. The form of stability loss depends on the phenomenon of strain hardening during the deformation process. A method is given for determining the value of plastic strain for which stability loss occurs, using the strain-hardening curve in the Q-6H coordinate system. By way of example, diagrams are presented illustrating the possibility of stability loss during the tension of mild steel shells.
subjected to the action of axial force and internal pressure, using the real strain hardening curve given in the form of a diagram. The form of stability loss depends on the phenomenon of strain hardening during the deformation process. A method is given for determining the value of plastic strain for which stability loss occurs, using the strain-hardening curve in the Q-6H coordinate system. By way of example, diagrams are presented illustrating the possibility of stability loss during the tension of mild steel shells.
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References
A. Nàdai, Theory of Flow and Fracture of Solids, New York 1950.
E. Saibel, Metals Technol., 1947.
S. Sachs, G. E's pey, G. B. Kasik, Trans. ASME 68, 1946.