The design of a permanent human habitat on a planetary body other than the Earth is an
idea introduced many decades ago, which became even more significant after the landing of …

With the major progress of the Artemis program, and the development of NASA's largest
rocket since the Apollo era capable of interplanetary travel, Americans are closer than ever …

This paper deals with the optimization of the tuned mass damper (TMD) with different
objective functions for high-rise building under earthquake motions considering soil …

With a new era emerging in the field of lunar exploration and habitation, there is a need for
research on structural forms made of local soil material (regolith), which will be able to …

For thousands of years, arches have been used as durable structures that are easy to build
and that rely on gravity for their inherent stability. Since then, many researchers and …

This paper is motivated by the renewed interest in space exploration and the need to
provide structurally sound and resource‐efficient shielding solutions for valuable assets and …

This paper investigates the dynamic overturning response of submerged free-standing
blocks and intake towers under sinusoidal pulses via Abaqus, a finite element software. The …

Following the current trend towards the lunar exploration and habitation, this study focuses
on the development of efficient arch forms to be adopted for future long-span shielding …

Humankind has not set foot on the Moon in more than half a century. Since then, our best
chance to get back to the Moon and stay, is now, with the Artemis program, led by National …

Following the current trend towards the space exploration, this study focuses mainly on the
conceptualisation of the most efficient lunar arch forms to be adopted by the future structural …