Aerodynamic Heating FIVE-DAY SHORT COURSE Get the Answers You Need Earn CEU Credits to Advance Your Career! July 29 – Aug. 2, 2019 | 8 a.m. – noon 1130 N. Mountain Ave., Room N722 Tucson, Arizona More Information [email protected] • 520.626.2053 Register Online: https://bit.ly/2RdZpLi Course $2,500 • CEUs $25 Deadline to sign up July 22nd Created Just for You ame.engineering.arizona.edu advanced lectures professional networking opportunities with industry players and other like-minded aerospace engineers Q&As mini projects for core topics • • • • Added Benefits Explore the University of Arizona campus, 4th Avenue and Tucson’s downtown. Grab a bite or a pint, and keep the conversation going! Presented by Anatoli Tumin Professor of Aerospace & Mechanical Engineering Applied Mathematics Graduate Interdisciplinary Program Course Topics flow environment around high-speed vehicles and its impact on aerodynamic heating analysis of simplified generic configurations to predict heat fluxes to surface in high-speed flight heat flux distributions in complex interactive flow fields relevant to design of hypersonic vehicles • • • Image Credit: NASA
AME - University of [email protected] • 520.626.2053 Register Online: Course $2,500 • CEUs $25 Deadline to sign up July 22nd Created Just for You ame.engineering.arizona.edu
Apr 25, 2020
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Aerodynamic HeatingFIVE-DAY SHORT COURSE
Get the Answers You NeedEarn CEU Credits to Advance Your Career!
July 29 – Aug. 2, 2019 | 8 a.m. – noon1130 N. Mountain Ave., Room N722
Tucson, Arizona
More [email protected] • 520.626.2053
Register Online: https://bit.ly/2RdZpLiCourse $2,500 • CEUs $25Deadline to sign up July 22nd
Created Just for You
ame.engineering.arizona .edu
advanced lectures
professional networking opportunities with industry players and other like-minded aerospace engineers
Q&As
mini projects for core topics
•
•
•
•
Added Bene�tsExplore the University of Arizona campus, 4th Avenue and Tucson’s downtown. Grab a bite or a pint, and keep the conversation going!
Presented by Anatoli TuminProfessor of Aerospace & Mechanical Engineering
Applied Mathematics Graduate Interdisciplinary Program
Course Topics�ow environment around high-speed vehicles and its impact on aerodynamic heating
analysis of simpli�ed generic con�gurations to predict heat �uxes to surface in high-speed �ight
heat �ux distributions in complex interactive �ow �elds relevant to design of hypersonic vehicles
•
•
•
Image Credit: NASA
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