The influence of margin widths on the evolution of residual stress components in a multilayer ceramic capacitor has been investigated numerically by systematically varying the widths of the housing and lateral margins. As for the in-plane residual stress components (compressive), σ11 is much relieved by the housing margin which exists along the length (axis 1) direction, while σ22 is much relieved by the lateral margin which exists along the width (axis 2) direction. The out-of-plane stress component σ33 (tensile) increases via both the housing and lateral margins within the range of the critical width (about 150 μm), beyond which σ33 is not markedly influenced by the widths of margins
Residual stresses in ceramics are of interest for two reasons. First, residual stresses are superimp...
The present study consisted of two efforts: the measurement of several mechanical properties of diel...
The effects of dentin and cement thicknesses on stress level and distribution of crack propagation i...
The influence of margin widths on the evolution of residual stress components in a multilayer cerami...
The physical origin of the residual stresses developed in the ceramic layer of the active region in ...
Surface mounted components are being used increasingly in electronics, but the manufacture and assem...
In this paper, we present a combined experimental and computational study of the thermomechanical re...
An review with 61 refs. is given of the fracture of and stress situation in ceramic capacitor materi...
An ocert, iew is given o/ " the.[i'acture o [ and stress situation in ceramic eapaeitor ma...
A combination of two-dimensional (2D) and three-dimensional (3D) finite element (FE) models of large...
Finite element analysis was carried out to predict the threshold strength of a laminar ceramics load...
In this article, we performed a numerical analysis of dielectric ceramic and Ni electrode layers wit...
The presence of the compressive or tensile thermal residual stresses in layers of a ceramic laminate...
PURPOSE: Evaluating the effect of a proximal margin elevation technique on marginal adaptation of ce...
International audienceThe onset of an edge crack in compressive layers of a ceramic laminate undergo...
Residual stresses in ceramics are of interest for two reasons. First, residual stresses are superimp...
The present study consisted of two efforts: the measurement of several mechanical properties of diel...
The effects of dentin and cement thicknesses on stress level and distribution of crack propagation i...
The influence of margin widths on the evolution of residual stress components in a multilayer cerami...
The physical origin of the residual stresses developed in the ceramic layer of the active region in ...
Surface mounted components are being used increasingly in electronics, but the manufacture and assem...
In this paper, we present a combined experimental and computational study of the thermomechanical re...
An review with 61 refs. is given of the fracture of and stress situation in ceramic capacitor materi...
An ocert, iew is given o/ " the.[i'acture o [ and stress situation in ceramic eapaeitor ma...
A combination of two-dimensional (2D) and three-dimensional (3D) finite element (FE) models of large...
Finite element analysis was carried out to predict the threshold strength of a laminar ceramics load...
In this article, we performed a numerical analysis of dielectric ceramic and Ni electrode layers wit...
The presence of the compressive or tensile thermal residual stresses in layers of a ceramic laminate...
PURPOSE: Evaluating the effect of a proximal margin elevation technique on marginal adaptation of ce...
International audienceThe onset of an edge crack in compressive layers of a ceramic laminate undergo...
Residual stresses in ceramics are of interest for two reasons. First, residual stresses are superimp...
The present study consisted of two efforts: the measurement of several mechanical properties of diel...
The effects of dentin and cement thicknesses on stress level and distribution of crack propagation i...