Visvesvarayya Space Lab

In this paper preliminary design of a space lab module is realised with bottom-up approach. Initial design iterations are performed on hexagonal cross-section module design assembled together in T shape. Design consists of research AQ1 and human habitable sections integrated. Structural finite element analysis is performed on the design, further iterated to obtain suitable design configuration for both orbital and ground cases. Modal analysis is performed on the orbital design to study suitability of launch vehicle adaption. Thus obtained preliminary design AQ2 concept along with theme of subsystem design is implemented in real-world, life-sized demonstrator at the institution. The demonstrator served as test bench to apply, test, observe functionalities, proving capability and engineering principles. Demonstrator performance was optimised for its respective operating condition i.e., orbital and ground. The work serves as preliminary design towards realising an in-space operating space lab.

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Publication Details

Published
2025-09-02
DOI
https://doi.org/10.31224/5268
Primary Topic
Space Science and Extraterrestrial Life
Type
article
Field-Weighted Citation Impact
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Visvesvarayya Space Lab

Sanjay Lakshminarayana
Space Science and Extraterrestrial Life
article

Visvesvarayya Space Lab

Sanjay Lakshminarayana
article en

Abstract

In this paper preliminary design of a space lab module is realised with bottom-up approach. Initial design iterations are performed on hexagonal cross-section module design assembled together in T shape. Design consists of research AQ1 and human habitable sections integrated. Structural finite element analysis is performed on the design, further iterated to obtain suitable design configuration for both orbital and ground cases. Modal analysis is performed on the orbital design to study suitability of launch vehicle adaption. Thus obtained preliminary design AQ2 concept along with theme of subsystem design is implemented in real-world, life-sized demonstrator at the institution. The demonstrator served as test bench to apply, test, observe functionalities, proving capability and engineering principles. Demonstrator performance was optimised for its respective operating condition i.e., orbital and ground. The work serves as preliminary design towards realising an in-space operating space lab.

Rieter (Germany) (DE), Research Institute of Economy, Trade and Industry (JP)
Openalex Percentile: Top 84%
Space Science and Extraterrestrial Life
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