If you have questions about this program, email the
program leader listed below.
ME 533 Turbines II for Future Clean Power and Aviation-Romania
Program Details
The arrangements for the travel, housing, meals, excursions and course content of
this program have been made by the leader. Questions about this program can only be
answered by the program leader listed below.
|
| Program Type |
Departmental |
| Program Location |
Bucharest, Romania
|
| Course # |
SA 59000
|
| Duration |
Summer
|
| Upcoming Program Dates |
| Summer 2024 |
05/25/24 to 06/22/24
|
Please Note: Programs may be altered or adapted with little notice
Enrollment Details: Enrollment Currently Closed
Program Description
This course is composed of five parts:
In the first section, the fundamental required background is reviewed.
The second is to discuss the fundamental relationships, comprising: the development of non-dimensional analysis, velocity triangles, efficiency and the degree of reaction, and radial equilibrium. At the end of this section, the learner acquired the tools to perform the mono-dimensional design of turbomachinery as well as the meridional analysis.
In the third section, we present the experimental and computational tools available to assess the aerothermal performance of turbomachinery.
The fourth section is focused on architecture discussions, turbine design guidelines, loss mechanisms, secondary flows, unsteady flows, forced response, and noise.
The last section is concerned with turbine leakage flows and the new areas of research as well as the future use of turbomachinery for clean power and propulsion.
This location was chosen because COMOTI-Romanian Research & Development Institute for Gas Turbines is located in Bucharest. They will be providing classroom space and onsite support for this program.
Audience: Engineers concerned with environmental aspects, efficient energy production, and less polluting transportation. Researchers aiming to be trained in aerothermal development of turbomachinery. Engineering students interested in pursuing a career in the energy sector, aircraft propulsion, and turbomachinery.
Academic Credit
Earn 3 credits for ME 53300. For undergrad Seniors, Master's and Ph.D. (a Junior would need to discuss directly with G. Paniagua).
Eligible students and Prerequisites: Engineering students that have completed Thermodynamics I and Fluid Mechanics. Open to AAE, ME, ECE, Civil, Chemical, and Nuclear engineering.
Undergrad Seniors, Master's and Ph.D. (a Junior would need to discuss directly with G. Paniagua)
Eligibility
Eligible students and Prerequisites: Engineering students that have completed Thermodynamics I and Fluid Mechanics. Open to AAE, ME, ECE, Civil, Chemical, and Nuclear engineering.
Undergrad Seniors, Master's and Ph.D. (a Junior would need to discuss directly with G. Paniagua)
Program Cost
Students pursuing program participation accept financial responsibility. Purdue will take measures to mitigate financial risks, although will not be liable for loss.
Program cost is: $3,504.83. The program cost includes: Hotel, academic credits, several cultural excursions, local transporation pass, breakfast daily, Welcome and Farewell meals, and international health insurance.
Additional expenses are: Airfare, meals, passport and Visa (if needed, not for US Citizens), personal activities, and personal spending money.
Application Deadline
Students will be accepted on a rolling basis until the program is filled to capacity. 15 spots available.
Financial Aid
Purdue University financial aid may be applied to the costs of studying abroad. Students interested in receiving financial aid should
NOTE: Recipients of certain tuition remission and scholarship programs should pay careful attention to the regulations for using those benefits for study abroad. Ask your financial aid advisor about any limitations.
Click here for a list of scholarships and grants available to assist with the costs of studying overseas.
