The physical and microgeometric factors that are able to improve the piezoelectric
performance, anisotropy, and energy‐harvesting characteristics of modern 1‐3‐type …

This paper describes the modelling and comparison of piezoactive composites of 0–3 and 3–
3 geometry. Algorithms for the evaluation of effective elastic, piezoelectric and dielectric …

The present study addresses the problem of quantitative prediction of effective relative
permittivity, dielectric loss factor, piezoelectric charge coefficient, and Young's modulus of …

A micromechanics-based method is developed to evaluate the performance of 1–3
piezoelectric composites with a porous non-piezoelectric matrix. The classical Mori–Tanaka …

Piezoelectric composites with 1–3 connectivity are an important class of materials for
underwater acoustics and biomedical imaging. Their dependence on the electromechanical …

In the quest for eco-friendly alternatives within materials science, the development of
sustainable and non-toxic piezoelectric composites is of utmost importance. This study …

This paper describes the concentration dependences of piezoelectric coefficients, squared
figures of merit and electromechanical coupling factors which have been calculated for 1–3 …

В монографии обсуждены проблемы формирования различных уровней
структурирования керамических материалов на основе фаз кислородно …

We report the results of studying the evolution of α-β connectivity patterns and the role of
systems of interfaces inherent in two-component piezoactive composites. A scheme …

The reception parameters Q 33* and Q h* of modified fiber composites based on high-e 33
FC/c 33 FC, E ferroelectric piezoceramics (e 33 FC is the piezoelectric constant, c 33 FC, E …