Presented two papers at the AIAA Aviation 2024 Forum @aiaa#AIAAaviation:
“Ultrasonic Measurement of Helium Abundance in Hydrogen” https://t.co/ksOmfqDzxZ
“Flow Testing of a Digital Sonic Anemometer for Martian and Stratospheric Environments” https://t.co/A2y96oGQ1e
@TuftsEngineer students Julia Huckaby and Maijie Xiang were Co-winners of the Best Student Paper award in Engineering Acoustics at the hashtag @acousticsorg meeting in Ottawa earlier this month. Congratulations and great work!! #engineering#students#acoustics#ASA
@KielyQuinn from @TuftsEngineer did a piece on our cryogenic MEMS sensor array work. Happy to be working with Luisa Chiesa and Peter Moore from @TuftsMechEng , Makoto Takayasu from @MIT, & Tanner Research and pleased to have research support from @ENERGY. https://t.co/qfCrLMSjvn
Work on acoustic #MEMS quench detection in #cryogenic#superconductor cables with Dr Takayasu at @MIT Prof Chiesa and students @TuftsEngineer and collaborators at Tanner Research published by @IEEEorg Transactions on Applied Superconductivity. https://t.co/xrh37vcP55
The @TuftsEngineer Sonic Anemometer spent over 3 hours at 124,000 feet over New Mexico thanks to @NASA_Wallops ! Anxiously awaiting return of the data. Highest flight of a Sonic Anemometer?? Good job @TuftsASEgrad and @TuftsMechEng students! Thanks Chris and Don @NASA !
Tufts Sonic Anemometer launched on a stratospheric (high altitude) balloon this morning out of Fort Sumner, NM. Heading to over 100,000 feet! Thanks to @NASA_Wallops, and great work from @TuftsEngineer students T Cheng, F Steve, T Curran, and J Huckaby! #students#research
Happy to be working with Aidan Beckett, Tim Cheng, Tara Curran, Odin Doolittle, Lillian Fullford, Olive Rappoli, Freidlay Steve, and David Zhang in the Sensors and Systems Lab @TuftsEngineer@TuftsMechEng this summer! #students#Tufts#research https://t.co/jcMk2Eeldf
On March 18 @TuftsEngineer s launched a high altitude helium balloon from Troy NY and recovered it in Weston MA, a flight of 225 kilometers. We reached an altitude of ~80,000 feet. This is a test platform for the Tufts low pressure sonic anemometer. More flights to come!!
Just returning from #ASA181 , 181st Meeting of the @acousticsorg, with four @TuftsEngineer students who did great work presenting papers on cryogenic operation of MEMS microphones, a MEMS based miniature high altitude sonic anemometer, and a prototype vibro tactile display.
Tufts/Cornell high altitude sonic anemometer flew to 106,000 feet on a @NASA_Wallops balloon. Measuring 3D winds at high accuracy, high update rate, high altitude. Great working with Spencer Schmid from @TuftsEngineer , PI Don Banfield @Cornell, Chris Yoder @NASA_Wallops .