Publication result detail

Implementation of the viscous Drucker-Prager and viscous Lee-Fenves nonlinear material models and finite element benchmarks

HOKEŠ, F.; KALA, J.; TRCALA, M.; NĚMEC, I.

Original Title

Implementation of the viscous Drucker-Prager and viscous Lee-Fenves nonlinear material models and finite element benchmarks

English Title

Implementation of the viscous Drucker-Prager and viscous Lee-Fenves nonlinear material models and finite element benchmarks

Type

Paper in proceedings (conference paper)

Original Abstract

The subjected paper is focused on the description of implementation of the Drucker-Prager and Lee-Fenves nonlinear mateliar models with viscous enhancement in the finite element solver. An advantage of the implementation is based on possibility to enter the stress-strain curve as an input for the calculation instead of an array of material model parameters, which is common in commercial material libraries.

English abstract

The subjected paper is focused on the description of implementation of the Drucker-Prager and Lee-Fenves nonlinear mateliar models with viscous enhancement in the finite element solver. An advantage of the implementation is based on possibility to enter the stress-strain curve as an input for the calculation instead of an array of material model parameters, which is common in commercial material libraries.

Keywords

Implementation, viscous Drucker-Prager, viscous Lee-Fenves, nonlinear material models, finite element benchmarks

Key words in English

Implementation, viscous Drucker-Prager, viscous Lee-Fenves, nonlinear material models, finite element benchmarks

Authors

HOKEŠ, F.; KALA, J.; TRCALA, M.; NĚMEC, I.

RIV year

2020

Released

01.01.2019

ISBN

9780367075095

Book

Advances and Trends in Engineering Sciences and Technologies III

Volume

2019

Pages from

105

Pages to

111

Pages count

7

BibTex

@inproceedings{BUT162680,
  author="Filip {Hokeš} and Jiří {Kala} and Miroslav {Trcala} and Ivan {Němec}",
  title="Implementation of the viscous Drucker-Prager and viscous Lee-Fenves nonlinear material models and finite element benchmarks",
  booktitle="Advances and Trends in Engineering Sciences and Technologies III",
  year="2019",
  volume="2019",
  pages="105--111",
  isbn="9780367075095"
}