Achieving both efficient thermal management and electromagnetic interference (EMI)
shielding for intelligent electronic devices is one of the major challenges currently faced by …

In terms of lightweight electromagnetic interference (EMI) shielding structural materials, Mg
matrix materials have proven to be the best, due to their exciting properties (eg low density …

Interfacial failure in carbon fiber-reinforced epoxy (CFRE) laminates is a prominent mode of
failure, attracting significant research attention. The large surface-energy mismatch between …

A novel 3D porous periodic array structural foam cement-based absorbing metamaterials
(FCAM) was proposed and fabricated to defend the electromagnetic radiation issues around …

This study investigates the electric polarization, including direct current (DC) and alternating
current (AC), and electromagnetic interference (EMI) shielding capabilities within the …

This study is focused to develop a broadband and high-efficiency electromagnetic (EM)
shielding cement composites by the application of different scales conductive fillers, such as …

The stability of electrical conductivity of self-sensing cementitious composites under different
environments is the key to the application of structural health monitoring using electrical …

The article presents preliminary results in studying reinforced and light-weight geopolymers,
which can be employed in buildings, especially for walling. Such materials are very …

The main hydration product of cement is C–S–H. C–S–H has a great influence on the
electromagnetic properties, but there are few studies on the independent study of the …

The effectiveness of electromagnetic interference (EMI) shielding is valuable for construction
materials and can be enhanced by the addition of carbon fiber to cement. This work reports …