This review discusses the development prospects of additive technologies for the
manufacturing of complex technological items on the surface of the Moon under scarce …

One of the hot subjects in space civil engineering is the research for establishing outposts
on space bodies, starting with the Moon. This wide research topic mainly covers learning …

Lunar regolith is the most critical material for the in-situ resource utilization in the crewed
Moon exploration missions. This natural material can be utilized for the additive …

The next step for the exploration of space seems to require the human participation by
means of a long-lasting lunar outpost. Therefore, this paper attempts to review the up-to-date …

Lunar soil simulants play a crucial role in scientific research, payload tests and in-situ
resource utilization (ISRU) experiments. However, the currently available lunar soil …

Establishing a base on the Moon is one of the new goals of human lunar exploration in
recent years. Sintered lunar regolith is one of the most potential building materials for lunar …

Over time, natural materials have evolved to be lightweight, high-strength, tough, and
damage-tolerant due to their unique biological structures. Therefore, combining biological …

The utilization of in-situ lunar resources through the additive manufacturing of lunar regolith
(LR) has attracted considerable interest. Sintering of LR is considered a promising method …

Abstract Mars regolith simulant (MGS-1) was densified for the first time via a cold sintering
process (CSP) as a novel in-situ resource utilization (ISRU) concept. The technique …

The need to build a long-term or even permanent base is now a significant concern with the
development of the exploration of extraterrestrial celestial bodies. Sulfur concrete was first …