This EPSRC grant takes a multi-disciplinary approach to deliver the underpinning research to make transpiration cooling a reality. Led by Oxford University.
Got an interview for @UniofOxford ? Then this might help: 'Read this before your Oxbridge interview: how to prepare and what not to do on the day' - with comments from Dr Samina Khan, director of Oxford undergraduate admissions and outreach.https://t.co/5WRgpT38nN
Our newest addition, a @RollsRoyce Trent 1000 engine was delivered and installed as a display. The engine which currently powers the Boeing 787 Dreamliner will be the centrepiece of the new OTI building extension.
Congratulations to the four @oxengsci academics who have been elected to the Royal Academy of Engineering in recognition of their outstanding and continuing contributions to the profession https://t.co/7lzz0mzMr1 @OxfordTVG@OsneyLab@OxfordMaterials @BUBBL_Oxford #RAEngFellows
When a rocket’s engine starts, vibrations shake the vehicle—and with each part having different natural vibration frequencies, parts can break. Learn how we prevent damages from rocket vibrations and how this @NASA_Technology can also apply to your life: https://t.co/GpZKCTBmha
This awesome new image just released from NASA/ESA @HUBBLE_space Telescope reveals intricate detail in #Jupiter’s clouds. This was taken on 27 June when the planet was 644 million km from Earth — its closest distance this year. See https://t.co/OilTrtwxJC
When @SpaceX’s Falcon Heavy rocket launches, it will carry @NASA_Technology, including an atomic clock for space navigation & space weather research missions. 🚀Join our experts on @Reddit on Tuesday at 2pm ET to ask anything about what we're launching: https://t.co/yzlYmjbQki
Science Advances published an article on the work of Edmond Walsh from OTI and Professor Peter Cook from The Dunn School of Pathology –https://t.co/5Y0cxW3thc
As each new model sets yet another performance benchmark for civil aviation, the Trent family of engines continues to push the boundaries of what’s possible. 130 million flying hours later, we're soaring. https://t.co/Y9v5joCqbE #PowerOfTrent
Marc Ewenz Rocher's work on transpiration cooling may one day allow planes to fly from London to Sydney in less than 4 hours! https://t.co/ZKGAJRVxP0 #transpirationcooling