The end goal of the project is to see when bubbles are forming, and develop a solution to stop the formation of bubbles in the future.”ĭong said he also had the chance to do research in preparation for a project he hopes to start next summer for an automated detection system for categorizing damage on an aircraft and that he hopes he can work with AFRL to do more development with machine learning and artificial intelligence to be able to have an algorithm detect damage.Įlise Kemper, who graduated from Bellbrook High School this year, will be attending Ohio State University this fall, studying mechanical engineering. This project is still ongoing and we are trying different factors through the coming weeks to hopefully get the bubbles to stay. “We were able to get the bubbles to form throughout the trial, but we are currently unable to get the bubbles to stay once the chamber is normalized. The team built a custom chamber that operators can adjust temperatures and pressures in to simulate changes in altitude, and I was able to test panels very similar to what you would find on an aircraft within the chamber to try to recreate what the maintainers see in the field.” “This is costly in terms of man hours and money for the Air Force. In the field, once aircraft reach certain levels of altitude, air either forms or becomes entrapped under the tape and upon landing, maintainers have to manually slit the tape to release air or strip the aircraft and reapply tape, Dong said. “Most of my lab work was with the Tape Bubble Study, where we analyzed the formation of air bubbles forming over gap filler and tape on certain military aircraft.” “I had a very immersive summer helping with a couple projects in the lab and doing some research,” said Dong. One of those young, bright minds was Jason Dong, who will be a sophomore at Duke University this fall and was completing his third year working at AFRL through the research program and his first year working under Doug Carter of the Materials Affordability Team. What you all are doing ties directly into that strategic objective for the United States.”Īfter providing welcoming comments, Cooley then spent time visiting with many of the student researchers while learning what their work was concentrated on this summer. The conventional deterrence that comes with having a clear technological advantage. We certainly want to avoid that, and the way to avoid that is through deterrence. Most everybody before that event happened thought, ‘Oh, we’re never going to get into a major conflict,’ and yet we did. I oftentimes think back to pre-World War I, back to 1914. This is really a long game and it is about the long-term technology and maintaining that technological advantage that will help maintain world order. “Fundamentally, it’s going to be about technology. Cooley, commander of AFRL, as he welcomed the students to the event. “We are entering into a different phase of great power competition,” said Maj. The event provided an opportunity to engage with subject matter experts and other students looking to build their professional portfolios. At the poster session, students presented a technical poster detailing their scientific findings to peers, AFRL leadership, visiting summer faculty from universities, and potential employers. candidates, worked within AFRL for three months to gain exposure in conducting research for the Air Force. The students, ranging from high school to Ph.D. WRIGHT-PATTERSON AIR FORCE BASE, Ohio – About 70 student researchers at the Air Force Research Laboratory’s Materials and Manufacturing Directorate displayed their research objectives, efforts and learning experiences at the directorate’s summer student researcher poster session Aug.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |