Interpenetrating phase composites (IPCs) have gained increasing attention over the past 25
years due to their intriguing mechanical and functional properties arising from their …

Polymer-based piezoelectric composites (PPCs) demonstrate superior mechanical-
vibrational energy harvesting and dissipating (EHD) capabilities. Piezoelectric materials …

The current work investigates the static, strain-rate and dynamic dam** performance of
interpenetrating phase composites (IPCs) engineered with polymer-based, isotropic, strut …

The current work investigates the engineering of strain-rate sensitive and ductile composites
through the combination of stiff, triply-periodic-minimal-surface (TPMS) with soft, rubber-type …

A complex-ion do** strategy fabricates lead-free BCZT ceramic. The excellent properties
(d 33∼ 577 pC/N, K t∼ 52%, TC∼ 110° C, d∗ 33∼ 620 pm/V, ε r∼ 1820, tanδ∼ 0.02) were …

Intelligent applications, with tactile sensors at their core, represent significant advancement
in the field of artificial intelligence. However, achieving perception abilities in tactile sensors …

Nature-inspired architected materials premise effective property combinations that are well
beyond the limits of classical engineering materials. The current study expands the concept …

The recent advances in wearable sensors and intelligent human–machine interfaces have
sparked a great many interests in conductive fibers owing to their high conductivity, light …

While the advances in thermoplastic additive manufacturing (3D printing) cover the free-form
fabrication of piezoelectric materials, the chief obstacles to the use of 3D printed …

Realization of self-powered sensing devices has received substantial attention employing
flexible piezoelectric energy harvesters (PEH). For effective implement, robust sensing and …