Parametric Modeling of a Lunar Base
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Abstract
One of the goals of the Artemis program is to establish a lunar base on the lunar South Pole. A parametric model grounded in system dynamics has been developed for conducting time-dependent investigations of parameters. The objective is to gain insights into the dynamic functioning of the lunar base. The methodology involves performing a physical and functional decomposition. This is followed by a parametric breakdown of these systems which aids in identifying key input and output parameters along with their interactions. The parameters are then used to develop the tool. The capabilities of the tool are demonstrated through a sample problem which considers key mission components such as crew size, mission duration with lunar days and nights. The focus of the problem is the comparison between singular and multiple power generation sites. Results focus on mass comparison between the two trades. Conclusions are thus drawn about the more favorable scenario and future additions to enhance the functionality of the framework.
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2024-01-04
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