MASSACHUSETTS INSTITUTE OF TECHNOLOGY · UNITED STATES
Internal Flows in Turbomachines
Master's · Taught in en
At a glance
24 mo
Duration
—
IELTS
—
Tuition / yr
en
Language
Master's
Level
- Focus on "industrial-strength fluid mechanics"Approach
- Covers rotational, 3D, unsteady, and non-inertial flowsFlow Types
- Develops flow models for physical insightMethodology
- Enhances interpretation of computational resultsSkills
- Taught by Prof. Edward Greitzer and Dr. Choon TanInstructors
- Uses textbook 'Internal Flow: Concepts and Applications' (2004)Core Text
This graduate-level course delves into the complex fluid dynamics of internal flows, with a primary focus on applications in air-breathing propulsion systems, though its concepts are broadly applicable. The course emphasizes "industrial-strength fluid mechanics" presented rigorously, exploring phenomena often not covered in external fluid dynamics studies. Topics include rotational, three-dimensional, unsteady, and flows in non-inertial coordinate systems. The aim is to foster an understanding and the ability to quantify these phenomena, developing flow models that provide physical insight and complement computational techniques. Students will learn to interpret simulation results and extract key features of complex internal flows.
Curriculum
The course covers a range of topics in internal fluid dynamics, aiming to provide physical insight and the ability to quantify flow behavior. The curriculum is structured around lectures, discussions, and a project, with material presented in the required textbook.
- Term
- Fluid dynamic phenomena in internal flow situations16.540
- Control volume analysis for internal flows16.540
- Vorticity and circulation in internal flows16.540
- Fluid motion in rotating coordinate systems16.540
- Loss generation and mixing in internal flows16.540
- Unsteady flow phenomena in fluid machinery16.540
Careers
Graduates of programs like Internal Flows in Turbomachines are well-equipped for careers in aerospace engineering, mechanical engineering, and related fields. The rigorous training in fluid dynamics, modeling, and computational analysis prepares students for roles in research and development, design, and technical leadership.
- Aerospace Engineer
- Mechanical Engineer
- R&D Scientist
- Computational Fluid Dynamics (CFD) Analyst
- Turbomachinery Designer
Frequently asked questions
- What are the general entry requirements for this program?
- Admission to a graduate program at MIT is required. While specific academic prerequisites are not detailed, a strong foundation in fluid mechanics is implied by the course content.
- What are the tuition fees for international students?
- Tuition fees for this specific course are not detailed. MIT's graduate tuition varies by program, and international students should consult the MIT Admissions website for current tuition rates.
- How can master's students find funding or financial aid?
- Master's students may be eligible for Research Assistantship (RA) or Teaching Assistantship (TA) support. Detailed financial aid information is available through the department and MIT's graduate education office.
- What is the application period for graduate programs?
- The application submission period for graduate programs is generally from October 1st to December 1st.
- What career paths can graduates pursue?
- Graduates are well-equipped for careers in aerospace and mechanical engineering, with roles such as Aerospace Engineer, Mechanical Engineer, R&D Scientist, Computational Fluid Dynamics (CFD) Analyst, and Turbomachinery Designer.
- What topics are covered in the 'Internal Flows in Turbomachines' course?
- The course delves into the complex fluid dynamics of internal flows, focusing on rotational, three-dimensional, unsteady, and flows in non-inertial coordinate systems, with applications in air-breathing propulsion systems.
Entry requirements
Graduate StudiesAdmission to a graduate program at MIT.
Specific academic prerequisites are not detailed in the provided information, but a strong foundation in fluid mechanics is implied by the course content.
Fees
Tuition (international)Tuition fees for this specific course are not detailed. MIT's graduate tuition varies by program. International students should consult the MIT Admissions website for current tuition rates.
Tuition (home)Tuition fees for this specific course are not detailed. MIT's graduate tuition varies by program. Domestic students should consult the MIT Admissions website for current tuition rates.
LivingEstimated living costs for graduate students at MIT are not provided in the source material. Prospective students should refer to MIT's official Cost of Attendance information.
Funding is typically provided through assistantships (RA/TA) or fellowships for PhD students. Master's students may be eligible for RA/TA support. Detailed financial aid information is available through the department and MIT's graduate education office.
How to apply
1. Check Application PeriodApplication submission for graduate programs is generally open from October 1st to December 1st.
2. Prepare Required DocumentsGather scanned (PDF) copies of your academic transcripts from all previously attended institutions. For international applicants, also prepare your IELTS or TOEFL exam scores. These unofficial copies are sufficient for the initial review.
3. Submit Letters of RecommendationRequest at least two academic recommendations and up to six total letters. Recommendations must be submitted electronically through the application system.
4. Write Statement of PurposePrepare a clear and concise statement detailing your scientific goals, how MIT's program aligns with them, faculty research interests, relevant experiences, and potential contributions to the MIT community. Address any challenges overcome during your training.
5. Complete Online ApplicationAccess the online application portal (e.g., MIT's graduate admissions portal). Fill out all required fields, using drop-down menus where available to ensure data accuracy. Manually inputting information may cause mismatches.
6. Pay Application FeeAn application fee is typically required. Ensure all parts of the application, including the fee, are submitted by the December 1st deadline for full consideration.
7. Monitor Application StatusLog in to the application portal to check the status of your application and ensure all materials have been received.
8. Submit Official Documents (if admitted)If invited for an interview or upon receiving an offer of admission, you will need to submit official transcripts directly from your institutions. The exact requirements for official documents will be communicated during the admissions process.
Scholarships
Departmental FellowshipsStipend of $3,643.76 per month (effective June 1, 2023), plus tuition award
Research Assistantship (RA)—
Teaching Assistantship (TA)—
Supplemental Funding—
Accreditation
MIT is accredited by the New England Commission of Higher Education (NECHE). Specific program accreditations are not detailed in the provided source.
Frequently asked questions
What are the general entry requirements for this program?
+
Admission to a graduate program at MIT is required. While specific academic prerequisites are not detailed, a strong foundation in fluid mechanics is implied by the course content.
What are the tuition fees for international students?
+
Tuition fees for this specific course are not detailed. MIT's graduate tuition varies by program, and international students should consult the MIT Admissions website for current tuition rates.
How can master's students find funding or financial aid?
+
Master's students may be eligible for Research Assistantship (RA) or Teaching Assistantship (TA) support. Detailed financial aid information is available through the department and MIT's graduate education office.
What is the application period for graduate programs?
+
The application submission period for graduate programs is generally from October 1st to December 1st.
What career paths can graduates pursue?
+
Graduates are well-equipped for careers in aerospace and mechanical engineering, with roles such as Aerospace Engineer, Mechanical Engineer, R&D Scientist, Computational Fluid Dynamics (CFD) Analyst, and Turbomachinery Designer.
What topics are covered in the 'Internal Flows in Turbomachines' course?
+
The course delves into the complex fluid dynamics of internal flows, focusing on rotational, three-dimensional, unsteady, and flows in non-inertial coordinate systems, with applications in air-breathing propulsion systems.