The performance of petal antennas is often hampered by deployment errors, a prominent
form of error that has significant implications on radiation performance, and surface errors. …

The streamlined shapes of airborne radomes tend to cause severe degradation of the
electromagnetic (EM) performance, which could be compensated by properly designing the …

The inverse finite element method (iFEM) is one of the most effective deformation reconstruction
techniques for shape sensing, which is widely applied in structural health monitoring. …

In this communication, a new Taylor expansion-based interval pattern analysis method is
developed to predict the impact of the small excitation amplitude uncertainty on the radiated …

Various uncertainties existing in the manufacturing process, such as imperfect cable lengths
and uncertain boundary node locations, will unavoidably deteriorate the shape precision of …

Mesh reflector antennas are widely used in space missions, and the high requirements for
reflector surface accuracy should be met to achieve reasonable electromagnetic performance. …

This paper develops a new mixed uncertainty robust optimization (MURO) method with both
random and interval uncertainties. Existing strategies in literature always treat the system …

The structural deformation of an array antenna could lead to degradation of its radiation
performance, thus not meeting the engineering design requirements. There are many methods …

In robust optimization, double-looped structures are often adopted where the outer loop is
used to seek for the optimal design and the optimization performed in the inner loop is for the …

Reflector antennas have been widely used in various applications, such as telecommunication
and radio astronomy. However, they suffer from electromagnetic (EM) performance …