Efforts to improve the properties and reliability of piezoelectric materials have often concentrated on processing dense ceramic material by techniques such as fine particle size powder production, grain size control, hot pressing, hot isostatic pressing and controlled atmosphere sintering [1–3]. However, it has been shown that lowering the density and introducing significant amounts of open porosity into
A two-scale model consisting of ceramic grain scale and composite scale are developed to systematica...
A piezoelectric composite of the ‘3–3 ’ type consists of an active piezoceramic phase and passive po...
Ceramic piezoelectric materials can be prepared in various forms and shapes, starting from tradition...
The work was carried out as part of project No. 9.1001.2017 / 4.6 of the competitive part of the sta...
International audienceNowadays, piezoceramics are commonly used in ultrasonic transducers (underwate...
1-3 connectivity piezoelectric ceramic composite materials are commonly used as the active layer of ...
Three-dimensional modelling of a 3-3 piezoelectric structure was carried out using ANSYS finite elem...
In the manufacture of ceramic components, near-net-shape parts are commonly formed by uniaxially pre...
Common ceramic component manufacturing typically involves the processing of the raw materials in pow...
In order to optimize the process parameters of ceramic powder compaction, a process simulation was f...
The delivery time of a new powder-metallurgical component is controlled by the tooling design, manuf...
The problem on determining the effective properties of mixed composites consisting of a piezoceramic...
Triply Periodic Co-continuous piezocomposites, which consist of a ferroelectric-ceramic phase and an...
ABSTRACT: Finite element analyses were conducted on a three-phase piezoelectric nano-composite to in...
The densification behavior a PZT-based composition with additions of BiFeO3 as a flux was studied. T...
A two-scale model consisting of ceramic grain scale and composite scale are developed to systematica...
A piezoelectric composite of the ‘3–3 ’ type consists of an active piezoceramic phase and passive po...
Ceramic piezoelectric materials can be prepared in various forms and shapes, starting from tradition...
The work was carried out as part of project No. 9.1001.2017 / 4.6 of the competitive part of the sta...
International audienceNowadays, piezoceramics are commonly used in ultrasonic transducers (underwate...
1-3 connectivity piezoelectric ceramic composite materials are commonly used as the active layer of ...
Three-dimensional modelling of a 3-3 piezoelectric structure was carried out using ANSYS finite elem...
In the manufacture of ceramic components, near-net-shape parts are commonly formed by uniaxially pre...
Common ceramic component manufacturing typically involves the processing of the raw materials in pow...
In order to optimize the process parameters of ceramic powder compaction, a process simulation was f...
The delivery time of a new powder-metallurgical component is controlled by the tooling design, manuf...
The problem on determining the effective properties of mixed composites consisting of a piezoceramic...
Triply Periodic Co-continuous piezocomposites, which consist of a ferroelectric-ceramic phase and an...
ABSTRACT: Finite element analyses were conducted on a three-phase piezoelectric nano-composite to in...
The densification behavior a PZT-based composition with additions of BiFeO3 as a flux was studied. T...
A two-scale model consisting of ceramic grain scale and composite scale are developed to systematica...
A piezoelectric composite of the ‘3–3 ’ type consists of an active piezoceramic phase and passive po...
Ceramic piezoelectric materials can be prepared in various forms and shapes, starting from tradition...
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