The latest progress (the year 2021–2024) on multifunctional sensors based on silicone
rubber is reported. These multifunctional sensors are useful for real-time monitoring through …

Abstract Recent advancements (2019-2025) in carbon nanomaterials-based composites
have been reported. These composites propelled the development of next-generation …

Recently, self-powered wearable electronics have gained interest among scientists globally
because of the numerous configurations available for portable and small power devices …

Fabricating rubber composites with desired densities, compressibilities, stretchabilities,
mechanical strengths, and self-healing properties is challenging. The present study focused …

Recent studies have explored the use of flexible devices for piezoelectric energy harvesting,
which can generate energy at a few volts on a laboratory scale. In this context, multiwall …

The flexible silicone elastomer‐conductive composite was developed with enhanced energy
harvesting and strain sensing. A hybrid nanofiller system with multi‐walled carbon …

Silicone rubber has emerged as a versatile material with significant advancements driving
its application in flexible electronics and healthcare devices. This review explores the cutting …

Abstract In this manuscript, Sato-Furukawa model is developed to predict the tensile
modulus of nanodiamond (ND)-based samples, assuming the interfacial adhesion between …

Hansen solubility parameter theory and rheological laws were employed to investigate the
microscopic cross‐linked network structure of the wear‐resistant elastomer based on …

Abstract CF‐PDA‐M hybrid fillers are prepared by three metal cations (M) assisting
polydopamine (PDA) through Fe3+, Ni2+, and Al3+. The metal cations promote the …