10:15 AM - 10:30 AM
[AOS10-06] Long-Term Stay Facility for Living with the Sea on the Mars
★Invited Papers
Keywords:sea, space architecture, artificial gravity by revolving
To suggest the Mars glass city is constructed by two-hundred-meter height rotating facility, is including its upper canopy part, a flared-skirt-shape bottom part, and an underground part. The residential area is separated by a part which is built on the Mars ground surface directly, a rotating artificial gravity area, and a skyscraper which also served as canopy steady braces. A rotating to generate gravity part is located only its bottom side. A heliport, a hub, for a sky transportation system between other facilities is placed on the top of the facility. The artificial gravity facility is holding water, this condition occurs its surface rises along the side wall. Inside of this facility can see rich water from everywhere by this phenomenon. Human race’s secure feeling is included by the Mars glass city has enough water and visually see it.
The internal pressure of artificial gravity facility is one atm on the Mars. The Mars atmospheric pressure is dilute, about 1/100 of the Earth, therefore its internal and external pressure difference is nearly one atm. This becomes 10t / m2 artificial gravity facility is required strong tension for suppressing all itself. The ground and horizontal direction are done with a tension ring. Expanding wires to the ground is come from the underground, which is deeply dived into it. The wires are connected at underground of the artificial gravity facility and they apply reaction force to the ground.
The facility is designed a double dome structure. Its exterior is mainly constructed as capable of withstand flying objects from space. A moistened super absorbent polymer is located inside of the artificial gravity facility for cosmic ray shielding. Considering by constructing the artificial gravity facility on the Moon, the Mars, and asteroids, insures for human race space development warranties to support comfortable long-term stay in space.