Chennai: The Indian Space Research Organisation (ISRO) and the Indian Institute of Technology (IIT) Madras have jointly launched the ‘Shri S Ramakrishnan Centre of Excellence in Fluid and Thermal Science Research’ to advance thermal management technology for space missions.
The research facility, inaugurated by ISRO Chairman Dr V Narayanan on 17 March, will focus on improving heat transfer and cooling systems in spacecraft and launch vehicles.
Focus on Thermal Management in Space Missions
The new centre, housed in the Department of Mechanical Engineering at IIT Madras, will conduct research on spacecraft cooling mechanisms, fluid dynamics and high-fidelity simulations.
With increasing space exploration missions, including lunar and Mars projects, managing extreme temperature conditions remains a critical challenge. ISRO scientists will collaborate with IIT Madras faculty and researchers to develop solutions that enhance the efficiency and reliability of spacecraft thermal systems.
ISRO’s Progress in Cryogenic Technology
During the event, Dr Narayanan highlighted India’s achievements in cryogenic engine technology, an area where the country faced past restrictions.
He noted that India now possesses three different cryogenic engines, including one human-rated engine, a feat achieved by only six nations globally. He also underscored India’s record-setting advancements in engine testing timelines, reducing the process from years to months.
Long-Term Research Goals
Prof Arvind Pattamatta, coordinator of the new centre, outlined its long-term objectives. Over the next three to five years, researchers aim to develop next-generation heat pipes and advanced thermal management techniques for prolonged space missions.
These innovations are expected to improve spacecraft design and strengthen India’s capability in deep-space exploration.
IIT Madras Director Prof V Kamakoti emphasized the growing need for robust cooling technologies in space missions. He stated that the centre’s work with ISRO will contribute to overcoming key engineering challenges associated with future deep-space missions.
The research centre is expected to support India’s push for self-reliance in space technology while also attracting talent in aerospace engineering and thermal sciences.
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