Search Results - "Lapusta, Y."

An interface crack with mixed electrical conditions at it faces in 1D quasicrystal with piezoelectric effect by Loboda, V., Sheveleva, A., Komarov, O., Lapusta, Y.

“…An interface crack in 1D piezoelectric quasicrystalline space is considered. Both conducting and mixed conducting-permeable electric conditions at the crack…”
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A conductive crack and a remote electrode at the interface between two piezoelectric materials by Sheveleva, A, Loboda, V, Lapusta, Y

“…An interaction of a tunnel conductive crack and a distant strip electrode situated at the interface between two piezoelectric semi-infinite spaces is studied…”
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A polling direction influence on fracture parameters of a limited permeable interface crack in a piezoelectric bi-material by Viun, O., Komarov, A., Lapusta, Y., Loboda, V.

“…•In our work, an analytical solution for a limited permeable boundary conditions on the crack faces between two different piezoelectric materials with…”
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Multiple electrically limited permeable cracks in the interface of piezoelectric materials by Loboda, V., Sheveleva, A., Chapelle, F., Lapusta, Y.

“…A bimaterial piezoelectric space with collinear electrically limited permeable cracks along the material's interface is considered under plane strain…”
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An interaction of electrically conductive and electrically permeable collinear cracks in the interface of piezoelectric materials by Loboda, V., Shevelova, N., Khodanen, T., Lapusta, Y.

“…An interaction of electrically conductive and electrically permeable collinear cracks along an interface between two piezoelectric materials under the action…”
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An electrically conducting interface crack with a contact zone in a piezoelectric bimaterial by Loboda, V., Sheveleva, A., Lapusta, Y.

“…•An electrically conducting interface crack under electromechanical loading is considered.•A frictionless contact zone at the crack tip is taken into…”
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A dielectric breakdown model for an electrode along an interface between two piezoelectric materials by Loboda, V., Sheveleva, A., Chapelle, F., Lapusta, Y.

“…•An electrically charged interface electrode in a piezoelectric bimaterial is considered.•To remove the obtained singularities the dielectric breakdown model…”
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Limited permeable crack in an interlayer between piezoelectric materials with different zones of electrical saturation and mechanical yielding by Loboda, V., Lapusta, Y., Sheveleva, A.

“…A plane problem for two identical piezoelectric semi-infinite spaces adhered by means of a thin isotropic interlayer is considered. It is assumed that a crack…”
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Electrically and magnetically induced Maxwell stresses in a magneto-electro-elastic medium with periodic limited permeable cracks by Viun, O., Loboda, V., Lapusta, Y.

“…In this work, the Maxwell stresses arising due to an electric and a magnetic field both at the crack faces and infinity are taken into account to determine and…”
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Assessment of lifetime of railway axle by Yasniy, O., Lapusta, Y., Pyndus, Y., Sorochak, A., Yasniy, V.

“…► Stress intensity factor for commuter train axle was calculated by the finite element method. ► Main laws of stress ratio influence on fatigue crack growth…”
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Periodic limited permeable cracks in magneto-electro-elastic media by Viun, O., Labesse-Jied, F., Moutou-Pitti, R., Loboda, V., Lapusta, Y.

“…A plane strain problem for a periodic set of the limited electrically and magnetically permeable cracks is considered in this work. The tensile mechanical…”
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On Thermally Induced Multiple Cracking of a Surface: An Experimental Study by Yasniy, V., Maruschak, P., Yasniy, O., Lapusta, Y.

“…An experimental study of the thermally induced surface multiple cracking, on the example of steam superheater collector was carried out. The structure’s…”
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Investigation of a crack situated in a thin adhesive layer between two different isotropic materials by Voloshko, O., Loboda, V., Lapusta, Y.

“…A plane strain problem for a crack in a thin adhesive elastic-perfectly plastic layer between two different isotropic elastic materials under the action of…”
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An Electrically Charged Crack in a Piezoelectric Material Under Remote Electromechanical Loading by Knysh, P., Loboda, V., Labesse-Jied, F., Lapusta, Y.

“…The problem of electrically charged crack in a piezoelectric material under the action of remote electromechanical load is considered. The material is…”
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Modeling of pre-fracture zones for limited permeable crack in piezoelectric materials by Lapusta, Y., Viun, O., Loboda, V.

“…A plane-strain problem for a limited permeable crack in an adhesive thin interlayer between two semi-infinite piezoelectric spaces is considered. The tensile…”
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Mechanical and electrical yielding for an electrically insulated crack in an interlayer between piezoelectric materials by Loboda, V., Lapusta, Y., Govorukha, V.

“…A plane problem for a crack in a thin ductile layer between two piezoelectric materials under remote electromechanical loading is considered. The piezoelectric…”
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Probabilistic modeling of surface crack growth in a roll of continuous casting machine by Yasniy, O., Maruschak, P., Lapusta, Y.

“…A methodology to determine the residual lifetime of continuous caster machine roll is developed. The roll is modeled as a thick-walled cylinder with a…”
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Electro-mechanical pre-fracture zones for an electrically permeable interface crack in a piezoelectric bimaterial by Loboda, V., Lapusta, Y., Sheveleva, A.

“…A plane strain problem for two piezoelectric half-spaces adhered by a very thin isotropic interlayer with a crack under the action of remote mixed mode…”
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Numerical study of crack path by MMCG specimen using M integral by El Kabir, S., Moutou Pitti, R., Recho, N., Lapusta, Y., Dubois, F.

“…The mixed mode loading configuration occurs in many civil engineering and mechanical applications. In wood material, the study of this problem is very…”
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3D FE-modeling of surface and anisotropy effects during micro-buckling in fiber composites by Harich, J., Lapusta, Y., Wagner, W.

“…A 3D finite element model is proposed and a study is carried out of the surface and fiber anisotropy effects during fiber micro-buckling in fiber-reinforced…”
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