An efficient, black-box multiobjective optimization technique is presented, which is capable
of simultaneously optimizing designs for performance as well as robustness when input …

The resonant frequencies of a microstrip patch antenna are dependent on the dielectric
constant of its substrate and the physical dimensions of its radiation patch. Both of these …

This work considers the use of low-cost double split complementary split ring resonator (DS-
CSRR)-based microwave sensor for the measurement of complex permittivity of liquid …

A patch antenna, consisting of a radiation patch, a dielectric substrate, and a ground plane,
resonates at distinct fundamental frequencies that depend on the substrate dielectric …

Multifunctional composites endowed with signal transmission and excellent mechanical
properties show promising applications in aviation and aerospace. In this study, in …

Seamless integration of electronics within clothing is key for further development of efficient
and convenient wearable technologies. Therefore, the characterization of textile and fabric …

This paper presents an off-center fed patch antenna for simultaneous crack and temperature
sensing. The antenna sensor consists of an off-center fed underlying patch and an …

The integration of electronic devices into composite materials is an inevitable requirement
for the development of multifunctional composite materials and structures (MFCMS), which …

This paper investigates a microstrip patch antenna for measuring the thickness and
dielectric constant of the medium above the antenna (ie the superstrate) as well as the …

This work presents an interdigitated capacitor split ring resonator based frequency splitting
differential microwave sensor for complete dielectric characterization of organic liquid …