This comprehensive review explores advancements in the design, fabrication and
performance evaluation of three-dimensional (3D) printed antennas, across different …

CubeSats are small satellites that are widely used for various purposes such as remote
sensing, telecommunications, and space research. Due to their low cost and feasibility for …

3D printing is a technology suitable for creating electronics and electromagnetic devices.
However, the manufacturing of both dielectric and conductive parts in the same process still …

The use of parasitic resonant patches is a widespread technique to improve the bandwidth
of microstrip patch antennas. Exploiting the free form-factor allowed by 3D-printing …

Microstrip patch antennas (MPAs) are compact and easy-to-fabricate antennas, widely used
in long-distance communications. MPAs are commonly fabricated using subtractive methods …

In this thesis, the design of antennas for microwave and millimeter wave applications have
been realized. A variety of antenna geometries have been proposed, modeled, fabricated …

Microstrip antennas fabricated using transparent conductive oxides suffer from low efficiency
and gain in the S band and lower. We propose here a modified version of the curved …

This study provides a comparative examination of 3D-printed substrates, which
manufactured using the extrusion method with a range of infill densities. To achieve this …

The paradigm of new space economy is demanding for innovative, cost-effective solutions to
enable future missions. To this aim, CubeSat platforms proved to play a key role. The …

In order to reduce the profile of an S-band high-gain antenna, this paper designs and
simulates an S-band dielectric rod antenna based on substrate integrated waveguide (SIW) …