Smart materials and structures have attracted a significant amount of attention for their
vibration control potential in engineering applications. Compared to the traditional active …

Piezoelectric transducers based on macro fibre composites (MFCs) are widely used for
energy harvesting, actuation and sensing because of the high conformability, reliability and …

Representing a typical class of active metamaterials with unprecedented adaptiveness,
piezoelectric metamaterials have received a lot of research efforts, but which are mostly …

Piezoelectric energy harvesting has attracted extensive research in the advancement of new
designs and techniques over the last decade. The cantilever shaped piezoelectric energy …

In this paper, static analysis of laminated composite plates and shells bonded with macro-
fiber composite (MFC) actuators under thermo-electro-mechanical loads is considered. Most …

The vibration characteristics of a composite fan blade are much more complex than those of
a solid titanium fan blade due to the anisotropic material properties and complex excitations …

Smart structures have attracted the attention of many researchers due to their applications
and potential, such as structural integrity monitoring, vibration and noise suppression, shape …

This work presents a methodology for the numerical characterisation of the effective
properties of ad 31 macro-fibre composite (MFC) transducer and their electric field …

摘要压电纤维复合材料(Macro Fiber Composite, MFC) 是由美国NASA 研发的综合性能优秀的
新型压电材料, 掌握MFC 的力学行为有利于将其投入结构变形控制, 减振降噪和健康监测等领域 …

A control system for a piezoelectric beam actuator, which had one or two control inputs, was
a subject of numerical and laboratory research. The actuator had a prismatic shape with a …