E. Hart and V. Hudramovich, “Applications of the Projective-Iterative Versions of FEM in Problems of Damage for Engineering Structures,” Proceedings of the 2th International Conference “Maintenance 2012”, Zenica, Bosnia and Herzegovina, 13-16 June 2012, pp. 157-163.

has been cited by the following article:

• TITLE: Numerical Simulation of Stress-Strain State for Nonhomogeneous Shell-Type Structures Based on the Finite Element Method

  AUTHORS: Eteri L. Hart, Vadim S. Hudramovich, Sergey A. Ryabokon, Elena V. Samarskaya

  KEYWORDS: Projective-Iterative Version; Finite Element Method; Shell-Type Structures; Opening; Elastoplastic Deformation

  JOURNAL NAME: Modeling and Numerical Simulation of Material Science, Vol.3 No.4, October 15, 2013

  ABSTRACT: Projective-iterative version of finite element method has developed for numerical simulation of the stress-strain state of nonhomogeneous shell-type structures (shells with openings). Plastic deformation of the material is taken into account when using the method of elastic solutions that reduce the solution of elastoplastic problems to solution of elastic problems. Developed PIV’s significant savings of computer calculation has been compared with the calculation on a fine mesh of traditional FEM. Designed scheme allows analysis of the mutual influence of openings. Analysis of the transformation zone of plastic deformation is developed. For definiteness, the cylindrical shell structures with several rectangular openings are considered.