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Highlights ► An economical and applicable electrorheological material has been synthesized. ► The starting materials are all low-toxic and economical and facile. ► The static yield stress of a suspension of the material reached 22.8 kPa. ► The relative yield stress reached 12.7–33.3 for...
Highlights ► The sandwich radome structures for the low-observable radome with aramid/epoxy composite. ► The dielectric properties of the aramid/epoxy composite measured by the free space measurement method. ► Electromagnetic wave transmission characteristics of the radome was simulated and...
Highlights ► Fabrication CNT/PVB composite fibers with a surface-draw method. ► Composite fibers show better mechanical and electrical properties than pure fiber. ► The major benefit is the “greenness” of the method. ► The CNT/PVB composite fibers can be recycled with simple process.
Highlights ► Multifunctional transparent CdSe-QD/silicone nanocomposites are prepared. ► CdSe-QDs were uniformly dispersed in a transparent silicone resin. ► The transparent silicone nanocomposites could emit multi-color visible lights with a broad peak wavelength range.
Highlights ► We investigated the effect of the specimen geometries on strength of composites. ► Woven CFRP composite specimen was prepared with different widths and hole sizes. ► We obtained failure strengths of prepared specimens by static fracture test. ► We proposed a predictive model...
Highlights ► Drawing and stretching significantly improved CNT alignment and straightness. ► We examine the effect of reduced CNT waviness on properties of CNT composites. ► Both mechanical and electrical properties showed substantial increases. ► CNT/nylon composites with a high volume...
Highlights ► Electrical and thermal behavior of electrified IM7/977-3 composites are studied. ► Relatively high (up to 75 A) steady electric currents are applied to the composites. ► Electric current, resistance, voltage, and temperature are measured in real time. ► Electrical resistance...
Highlights ► A hyperelastic model is used to model the mechanical behaviour of glass fibre yarns. ► Four deformation modes of the yarns are defined and associated to physical invariants. ► A strain energy density function is defined for each of these invariants. ► Biaxial tension and...
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