Ballistic limit equations (BLEs) are semi-analytical expressions used to predict the risk
posed by micrometeoroid and orbital debris (MMOD) impacts on a spacecraft. A …

Progress in satellite technology places higher expectations on the design period and
reliability of thermal control systems, especially for small satellites with high intensification …

Abstract Machine learning (ML) is well suited for the prediction of high-complexity, high-
dimensional problems such as those encountered in terminal ballistics. We evaluate the …

High-entropy alloy (HEA) type energetic structural materials (ESMs) offer exceptional
strength, adequate ductility and reactivity upon dynamic loading, thus demonstrating great …

This study aims to investigate the effect of prestretching on a graphene's ballistic limit
velocity under impact loading, which is the maximum impact velocity that graphenes can …

The onboard mission planning problem for spacecraft is investigated in this paper to
autonomously avoid various orbital threats. Firstly, the features of three typical orbital threats …

The space debris in Earth's orbit has increased drastically due to the failure of spacecraft,
rocket bodies, and mission-related objects. These objects in orbit increase the space waste …

Space debris detection is important to the integrity of space missions and satellites,
especially with the increase in the number of satellites and spacecraft in orbit. This paper …

Recent advancements in Artificial Intelligence (AI) have made Machine Learning (ML)
techniques readily available for practical applications while using a fraction of time that was …