© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implementation for a method for investigation of stress-strain state of the solids with large elastic-plastic deformations. Calculation algorithm is based on the linearized equation of virtual work, defined to actual state. The arc-length method is used. A spatial discretization is based on the finite element method. The developed algorithm of investigation of large elastic-plastic deformations is tested on the solution of the necking of circular bar
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L. U. Sultanov and R. L. Davydov. The paper is devoted to development and numerical implement...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
© 2014 L.U. Sultanov. The paper is devoted to development and numerical implementation for a method ...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
A numerical algorithm of the investigation of stress-strain state of the elastic-plastic solids with...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...