The escalating demands of high-frequency applications demands the development of
dielectric materials with low relative permittivity (dielectric constant) for efficient signal …

In the present work, the applicability of physics-augmented neural network (PANN)
constitutive models for complex electro-elastic finite element analysis is demonstrated. For …

Soft electroactive materials (SEAMs), which possess significant advantages over
conventional hard materials, have attracted great attention in recent years. They have been …

In this paper, we investigated elastic instabilities in soft particulate composites under finite
strains. Through our numerical analysis, we find distinct instability modes developing in the …

Triply periodic minimal surface lattices have mechanical properties that derive from the unit
cell geometry and the base material. Through computation software like nTopology and …

This work reports the results of a theoretical and numerical study showing the occurrence of
stochastically resonating bistable dynamic in polymeric micro-bead of sub-micrometric size …

The introduction of metamaterials has provided new possibilities to manipulate the
propagation of waves in different fields of physics, ranging from electromagnetism to …

This paper investigates the elastic instability behavior in soft periodic laminates subjected to
finite strains, with a focus on both macroscopic and microscopic instabilities. Considering the …

Soft elastomers provide an excellent material platform for developing compliant devices,
including soft robots, sensors, and wearable devices, due to their ability to sustain large …