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Research News

  1. “UCF Researchers could Develop the Cure for Hydrogen Leak that Grounded Artemis 1,” November 16, 2022. (https://www.fox35orlando.com/news/ucf-researchers-could-develop-the-cure-for-hydrogen-leak-that-grounded-artemis-1)
  2. “Space-Aged Material could Ensure the Success of Future NASA Missions,” November 16, 2022. (https://news.miami.edu/stories/2022/11/space-age-material-could-ensure-the-success-of-future-nasa-missions.html)
  3. “UCF Researchers could Develop the Cure for Hydrogen Leak that Grounded Artemis 1,” November 15, 2022. (https://www.fox13news.com/news/ucf-researchers-could-develop-the-cure-for-hydrogen-leak-that-grounded-artemis-1)
  4. “UCF Researchers Developing Materials to Stop Hydrogen Leaks Like Ones Delaying Artemis Launch,” Space Coast Daily, October 7, 2022. (https://spacecoastdaily.com/2022/10/ucf-researchers-developing-materials-to-stop-hydrogen-leaks-like-ones-delaying-artemis-launch/)
  5. “UCF is Developing Materials to Stop Hydrogen Leaks Like Ones Delaying Artemis Launch,” UCF Today, October 6, 2022. The developed new ceramic matrix composites and ceramic nanocomposites will have applications in hydrogen-based gas turbine engines for electricity production, aircraft and rocket engines for space travel, and storage and transportation of hydrogen. (https://www.ucf.edu/news/ucf-is-developing-materials-to-stop-hydrogen-leaks-like-ones-delaying-artemis-launch/)
  6. “NASA and UCF Collaborate to Develop New High Temperature Powder Coating,” Powder Coating Tough Magazine, July/August Issue, 2020. The development of our polyimide powder coatings was selected as Feature Research on the July/August Issue of the Magazine. The developed high temperature polyimide powder coatings on metallic substrates have demonstrated high performance on anti-corrosion, high temperature resistance, chemical resistance, electrical stability, and flame resistance. They offer a variety of potential applications in space, aerospace, automotive, marine, energy, offshore, bridges, pipes, and other civil infrastructures. (https://www.powdercoatedtough.com/News/ID/5199/NASA-and-UCF-Collaborate-to-Develop-New-High-Temperature-Powder-Coating)
  7. “Startup Pitches Phantom Lung Innovation,” Orlando Sentinel, May 8, 2017. The newspaper reported our research work on 3D printing of ultra-soft materials with tunable elastic and radiological properties similar to real human lungs to improve the precision of radiation treatment for lung cancer. (https://www.orlandosentinel.com/health/os-cfb-segana-ucf-startup-seed-money-20170507-story.html)
  8. “Expanding 3-D Printing Process,” Composites Manufacturing Magazine, September/October Issue, 2015, pp. 23-25. The Magazine highlighted our research on the development of so-called Spray Deposition Modeling (SDM) process to print flexible and wearable strain sensors with the ink of carbon nanomaterials for structural/physical health monitoring. (http://compositesmanufacturingmagazine.com/digital/2015/Composites-Manufacturing-September-October-2015-Issue2.pdf)
  9. “Helping Industry Through Nanotechnology,” USA Research and Outreach Magazine, Vol. 3, 2007. The Magazine highlighted our research on the discovery and engineering research on buckypaper composites for structural and multi-functional applications.