Learning from Nature: Bio-Inspired Designs and Strategies for Efficient On-Earth and Off-Earth Ventilation Systems
Ulfa Riani, Noune Melkoumian, David Harvey, Rini Akmeliawati
TL;DR
This paper explores how natural structures like ant nests and termite mounds can inspire better ventilation systems for buildings and space habitats.
Contribution
The study provides a comprehensive overview and analysis of bio-inspired ventilation strategies for both Earth and off-Earth environments.
Findings
Bio-inspired designs can improve air distribution and energy efficiency in ventilation systems.
Natural structures offer adaptable strategies for fluctuating environmental conditions.
Research trends show growing interest in applying these strategies to space habitats and underground mines.
Abstract
Efficient ventilation systems are of paramount importance for maintaining optimal air quality in indoor and enclosed environments, both on Earth and in space. Such environments include buildings, space habitats, international space station crew quarters, tunnels, underground mines and other structures. However, conventional ventilation systems encounter various challenges, including uneven air distribution, energy inefficiency, noise, and limited adaptability to fluctuating environmental conditions. Concurrently, a multitude of organisms in nature have demonstrated the capacity to construct structures that can facilitate efficient air exchange and heat regulation. Illustrative examples of such structures include ant nests, termite mounds and prairie dog burrows. The present study explores, analyses and summarizes the mechanisms, structures and strategies found in nature that can inspire…
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Taxonomy
TopicsTardigrade Biology and Ecology · Plant and Biological Electrophysiology Studies · Solar Energy Systems and Technologies