Development of a Physics-Based Reusable Cargo Lunar Lander Modeling and Simulation Capability

Ramos, Eugina Mendez ; Robertson, Bradford ; Diaz, Manuel J ; Mavris, Dimitri

关键词: AEROSPACE SYSTEMS;    ALTAIR LUNAR LANDER;    DECISION MAKING;    DESIGN ANALYSIS;    ECOSYSTEMS;    ENTRY, DESCENT AND LANDING;    MATHEMATICAL MODELS;    MULTIDISCIPLINARY DESIGN OPTIMIZATION;    OBJECT-ORIENTED PROGRAMMING;    QUANTITATIVE ANALYSIS;    SPACE TRANSPORTATION SYSTEM;    SYSTEMS ANALYSIS;   

RP-ID  :  IAC-19-D1.4A.x52252,M19-7693

学科分类：航空航天科学

美国|英语

来源: NASA Technical Reports Server

【 摘 要 】

The development and validation of a capability to perform quantitative, physics-based analysis of alternatives of conceptual unmanned, reusable lunar cargo lander architectures is discussed. The lander is conceptualized as a suite of disciplines that need to be sized, synthesized, and optimized for a mission. As such, models of these disciplines were developed and integrated in a recently-developed multi-disciplinary analysis and optimization framework for space systems. The development of the disciplines, as well as how they are integrated into the framework, is discussed. Additionally, validation studies were performed against the Descent Module of the Altair lunar lander.