Many space objects are densely distributed in the geostationary (GEO) band, and the long-
term impact of the collision of GEO spacecraft and space debris on the GEO environment …

The massive mega constellation of satellites will have a significant impact on global space
safety. With Starlink as an example, this paper is aimed at assessing the risk of in‐orbit …

Satellite breakup models rely on laboratory tests and in-space collision observations; current
models can match fragments distributions generated by traditional satellites but may need to …

Fragmentation events are the most common source of artificial debris in space. Such events
can happen for multiple reasons, ranging from collisions with active or inactive objects to …

Hypervelocity breakup events contribute to the rapidly growing population of space debris
orbiting Earth. To ensure a safe environment for future space missions, it is crucial to …

Break-up events represent the dominant source of objects in space catalogues, surpassing
half of the overall population. These not so uncommon events include explosions, collisions …

Collisions involving space objects pose significant threats to space sustainability. Within
these collisions, catastrophic collisions which generate a larger amount of debris are …

This paper presents a theoretical examination of the potential debris conjunction dangers
faced by mega-constellations in both low Earth orbit (LEO) and medium Earth orbit (MEO) …

This paper presents a theoretical analysis of the potential risk posed by artificial debris
clouds in low Earth orbit (LEO) from mega-constellations, modeled after current …

This study presents initial results of a newly developed simulation environment intendedto
explore and assess future Space Traffic Management (STM) scenarios. The number ofnew …