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Our publications

This is a list of our recent publications

You can find the full publications list using the following services:

Dynamical simulation of origami-based elastic structures using discrete models

Sviridenko M.R., Berinskii I.E.

Smart Materials and Structures (2026).

Positive definiteness of deformation energy as a consistency condition of discrete-to-continuum transition

Eremeyev V.A., Berinskii I.E.

Continuum Mechanics and Thermodynamics 38 (1), 1-14 (2026).

Structural detailing of material extrusion additively manufactured 2D metamaterials with rigid inclusions

Dönitz A., Kurpjuhn F., Berinskii I., Popov V., Müller WH, Völlmecke C.

PAMM (2025): e70049.

On deep learning calibration for DEM simulation of sedimentary and igneous rocks

Kholodniak M.,  Panchenko A., Berinskii I.

Powder Technology (2025): 121929.

On the continuum modeling of the foldable rod with rigid links

Berinskii, I. E., Eremeyev, V. A.

Mechanics Research Communications 150, (2025): 104574.

On dynamics of origami-like structures: Necessity of enhanced models

Eremeyev, V. A, Berinskii, I. E.

Composite Structures
Volume 375, (2025): 119798.

Dynamically amplified whirling string actuator​​

Berinskii, I. E., Krylov, S

JOURNAL OF SOUND AND VIBRATION 597 (2025).

Multiscale analysis of a 3D fibrous collagen tissue​​

Orlova, D. A., Berinskii, I. E.

INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE 195 (2024).

On dynamics of origami-inspired rod

Berinskii, I. E., Eremeyev, V. A.

International Journal of Engineering Science 193, (2023): 103944.

Does the Extracellular Matrix Support Cell–Cell Communication by Elastic Wave Packets?

Panchenko, A. Y., Tchaicheeyan, O., Berinskii, I. E., & Lesman, A. 

ACS Biomaterials Science & Engineering. (2022).

Computational homogenization of bio-inspired metamaterial with a random fiber network microstructure.

Orlova, D. A., Panchenko, A. Y., Omairey, S. L., & Berinskii, I. E.

 

Mechanics Research Communications, 124 (2022): 103930. 

Unsteady ballistic heat transport in two-dimensional harmonic graphene lattice.

Panchenko, A. Y., Kuzkin, V. A., & Berinskii, I. E.

 

Journal of Physics: Condensed Matter 34.16 (2022): 165402.

Coarse–grained modeling with hierarchical deformable and rigid assemblages (HiDRA)

Panchenko, A. Yu, E. A. Podolskaya, and I. E. Berinskii.

 

International Journal of Engineering Science 167 (2021): 103514.

Elastic in–plane properties of cellular materials: Discrete approach

Berinskii, Igor.

 

Mechanics of Materials 148 (2020): 103501.

Coarse–grained model based on rigid grains interaction for single layer molybdenum disulfide

Panchenko, A. Yu, E. A. Podolskaya, and I. E. Berinskii.

 

Mechanics Research Communications 105 (2020): 103515.

Equilibration of energies in a two-dimensional harmonic graphene lattice

Berinskii, I., and V. A. Kuzkin.

 

Philosophical Transactions of the Royal Society A 378, no. 2162 (2020): 20190114.

In-plane elastic properties of auxetic multilattices

Berinskii, Igor E.

 

Smart Materials and Structures 27, no. 7 (2018): 075012.

Contact Us

Contact

+972(0)3-640-8397

We would be glad to answer your questions about our research, discuss academic collaboration, consult about your R&D, consider your as a member of our research group.

Address

School of Mechanical Engineering,

Faculty of Engineering,

30 Haim Levanon st., Ramat Aviv

Tel Aviv 69978 Israel

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