Recent developments in the aerospace industry have driven focus toward accurately
modeling the effects of the cables and electronic cords on space structures. In the past …

The evolution of space industry technologies has been profoundly shaped by strides in
materials science, specifically enhancing the stiffness-to-weight ratio of structural …

Background The impact of power and signal cable harnesses on the dynamic behavior of
lightweight space structures has come into the spotlight in the recent past. The previous …

Dynamic modeling of spacecraft structures is imperative to their successful design for flight
missions. A large number of these structures' dry mass consists of signal and power cables …

Over the past decade, modeling of cable-harnessed space structures has received special
attention due to the need for better accuracies than the existing models. As these structures …

Power and cable carrier systems have been shown to significantly impact the dynamic
behavior of lightweight space structures. The goal of this paper is to obtain an optimal cable …

The dynamics of space structures is significantly impacted by the presence of power and
electronic cables. Robust physical model is essential to investigate how the host structure …

Power-and signal-cable attachments have a significant impact on the vibrations of space
structures. Recent works show the importance of having an analytical model to gain physical …

Power and data signal cables constitute a major component of lightweight spacecraft and
satellite structures. These cables can account for up to as high as 30% of the structural mass …

With the increasing data handling and power requirements of today's spacecraft, accurately
modeling the effects of cabling on spacecraft structural dynamics has become an …