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Numerical simulation of triaxial tests

EDIP, K. / SHESHOV, Vl. / BOJADJIEVA, J. / KITANOVSKI, T. / CHANEVA, J.

Many successful applications of numerical models for simulation of sand behavior show the importance of both triaxial tests and the constitutive relations used in simulation. In this work several triaxial tests have been simulated using the hypoplastic material model. The triaxial monotonic tests have been performed at the Laboratory for Geodynamics at the Institute of Earthquake Engineering and Engineering Seismology in Skopje, R. Macedonia (IZIIS). The hypoplastic constitutive equations have been implemented using the User Programmable Features of software ANSYS. The results show interesting outcomes considering different levels of effective stresses

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Numerical simulation of triaxial tests

EDIP, K. / SHESHOV, Vl. / BOJADJIEVA, J. / KITANOVSKI, T. / CHANEVA, J.

Many successful applications of numerical models for simulation of sand behavior show the importance of both triaxial tests and the constitutive relations used in simulation. In this work several triaxial tests have been simulated using the hypoplastic material model. The triaxial monotonic tests have been performed at the Laboratory for Geodynamics at the Institute of Earthquake Engineering and Engineering Seismology in Skopje, R. Macedonia (IZIIS). The hypoplastic constitutive equations have been implemented using the User Programmable Features of software ANSYS. The results show interesting outcomes considering different levels of effective stresses

Numerical simulation of triaxial tests

EDIP, K. / SHESHOV, Vl. / BOJADJIEVA, J. / KITANOVSKI, T. / CHANEVA, J.

Many successful applications of numerical models for simulation of sand behavior show the importance of both triaxial tests and the constitutive relations used in simulation. In this work several triaxial tests have been simulated using the hypoplastic material model. The triaxial monotonic tests have been performed at the Laboratory for Geodynamics at the Institute of Earthquake Engineering and Engineering Seismology in Skopje, R. Macedonia (IZIIS). The hypoplastic constitutive equations have been implemented using the User Programmable Features of software ANSYS. The results show interesting outcomes considering different levels of effective stresses

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Title:

Numerical simulation of triaxial tests

Contributors:

EDIP, K. (author) / SHESHOV, Vl. (author) / BOJADJIEVA, J. (author) / KITANOVSKI, T. (author) / CHANEVA, J. (author)

Published in:

ce/papers ; 2 ; 621-626

Publication date:

2018-06-01

Size:

6 pages

ISSN:

DOI:

https://doi.org/10.1002/cepa.739

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Hypoplasticity , Numerical simulations , Triaxial tests

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