scholarly journals Correction to: An Analytical Solution for Large Displacements of End-Loaded Beams

Author(s):  
Christian Iandiorio ◽  
Pietro Salvini
Author(s):  
F De Bona ◽  
S Zelenika

An elastica-type analytical solution to the problem of large deflections of slightly curved spring-strips, fixed at one end and loaded at the other with couples and with forces of various directions, is obtained in this work. The main methods of calculation of elliptic integrals are studied, and the limits of their applicability are established as functions of the required degrees of accuracy and of the loading conditions of the spring-strips. The results obtained with the proposed method are then compared to particular cases already developed in the literature with different approaches. It is shown that in all the cases considered the method permits accurate results to be obtained.


2018 ◽  
Vol 22 (Suppl. 3) ◽  
pp. 867-873 ◽  
Author(s):  
Mato Peric ◽  
Zdenko Tonkovic ◽  
Igor Karsaj ◽  
Dragi Stamenkovic

In the framework of this study, a hybrid sequential thermo-mechanical finite element analysis of T-joint fillet welding is performed. In the thermal analysis, the element birth and death technique is applied to simulate a weld filler deposition, while a mechanical analysis is performed simultaneously to avoid possible problems due to large displacements induced by large strains. The calculated plate deflections are compared with the experimental measurements while the obtained residual stresses are compared with the analytical solution from the literature. The simulated results demonstrate that the proposed method can be effectively used to predict the residual stresses and distortions induced by the T-joint welding of two plates.


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