Submarines in the future could self-identify cracks and self-heal thanks to Swinburne researcher

Dr Nisa Salim is leading a team of researchers to ensure future submarines could self-identify cracks and self-heal
In summary
- Submarines could self-identify microcracks and self-heal using a new kind of carbon fibre reinforced polymer composites.
- Dr Nisa Salim’s research designs multifunctional composite structures inspired from nature.
- The Swinburne team is also developing an invisible battery pack, rather using one that can take up about 30 per cent of the craft weight.
The OceanGate Titan was a marvel of human engineering that met a catastrophic end on June 18th, 2023, claiming five lives. While detailed investigation is still underway, experts say the implosion was caused by a tiny crack that formed in the carbon fibre composite hull under the high-pressure environment.
Thanks to the work of Dr Nisa Salim from Swinburne University of Technology’s School of Engineering, future submarines could self-identify microcracks and self-heal using a new kind of carbon fibre reinforced polymer composites.
“The structure would have the ability to self-sense stresses and defects and report them in real time. The material could even self-repair such micro-cracks in a matter of time. The concept is that materials can behave like a living organism where they can sense, respond and adapt immediately.”
Dr Salim’s research designs multifunctional composite structures inspired from nature. The material self-senses with graphene, a "magic" material to make fibres individual layers that act as a sensor and can give continuous information about the health of the composites in real-time.
And, if a crack occurs, it will self-heal. Users will get information real time while the submarine can power itself while it repairs.
“Our specialised polymer system can heal any microcracks itself by breaking and reforming chemical bonds via exchange reactions,” Dr Salim explains. “By integrating self-sensing and self-healing functionalities into carbon fibre composites, we bring such materials to life and make them autonomous.”
The team is also developing an invisible battery pack, rather using one that can take up about 30 per cent of the craft weight.
“We need such autonomous materials to stop catastrophic accidents from happening ever again. It's not science fiction, it's the future of technology and innovation”.
The technical advancements of this research were recently demonstrated at The Innovation Pitchfest during the Indo Pacific International Maritime Exposition 2023.
-
Media Enquiries
Related articles

- Health
World-first intravenous psychedelic trial to treat binge eating to launch
The world-first IV-administered psychedelic trial for binge eating disorder will kick off this year at Swinburne.

- Engineering
- Technology
- Aviation
Swinburne contributes to $270.5m Australian manufacturing research initiative
The Additive Manufacturing Cooperative Research Centre (AMCRC) seeks to transform Australia's healthcare, aerospace, and construction sectors.

- Astronomy
International team discovers the most distant spiral galaxy ever seen
Swinburne University of Technology is part of an international team that has discovered a massive, Milky Way-like spiral galaxy that formed just 1 billion years after the Big Bang, revealing an unexpectedly mature structure in the early Universe.

- Science
- University
- Sustainability
Swinburne announces Professor Joy Sumner as FACET Co-Director
Swinburne has announced Professor Joy Sumner as the new Co-Director of the Franco-Australian Centre for Energy Transition (FACET)

- Technology
- Education
- Science
- University
New Australia-India joint research institute to advance energy, communications, materials and manufacturing technologies
Swinburne University of Technology and the Indian Institute of Technology Hyderabad (IITH) have launched the Swinburne-IITH Manufacturing, Materials, Energy and Communication Technologies (SIMMECT) Joint Research Institute, to drive impactful research and global collaboration on major technology challenges.
-
- Health
World-first intravenous psychedelic trial to treat binge eating to launch
The world-first IV-administered psychedelic trial for binge eating disorder will kick off this year at Swinburne.
Thursday 10 April 2025 -
- Engineering
- Technology
- Aviation
Swinburne contributes to $270.5m Australian manufacturing research initiative
The Additive Manufacturing Cooperative Research Centre (AMCRC) seeks to transform Australia's healthcare, aerospace, and construction sectors.
Monday 28 April 2025 -
- Astronomy
International team discovers the most distant spiral galaxy ever seen
Swinburne University of Technology is part of an international team that has discovered a massive, Milky Way-like spiral galaxy that formed just 1 billion years after the Big Bang, revealing an unexpectedly mature structure in the early Universe.
Thursday 17 April 2025 -
- Science
- University
- Sustainability
Swinburne announces Professor Joy Sumner as FACET Co-Director
Swinburne has announced Professor Joy Sumner as the new Co-Director of the Franco-Australian Centre for Energy Transition (FACET)
Monday 28 April 2025 -
- Technology
- Education
- Science
- University
New Australia-India joint research institute to advance energy, communications, materials and manufacturing technologies
Swinburne University of Technology and the Indian Institute of Technology Hyderabad (IITH) have launched the Swinburne-IITH Manufacturing, Materials, Energy and Communication Technologies (SIMMECT) Joint Research Institute, to drive impactful research and global collaboration on major technology challenges.
Monday 03 March 2025