Course Details:
Fundamentals and CFD of Aeroacoustics – Live Workshop
Master the fundamentals and computational methods of Aeroacoustics in this 6-day live online workshop, designed for students, researchers, and industry professionals.
Course Overview:
This workshop blends theoretical understanding with hands-on practical sessions to cover the Fundamentals of Aeroacoustics and its CFD-based modeling techniques. Learn directly from the authors of the book “Computational Aerodynamics and Aeroacoustics” and gain insights from industry experts in CFD applications.
Course Fee:
Fee: $150 (₹ 14400 incl. Tax)
Key features
Missed the live workshop? You can still enroll now to watch the full recordings, learn from the experts, and receive your certificate of completion.
Instructors:
Prof. Tapan Sengupta
Retired Professor, IIT Kanpur
PhD: Georgia Institute of Technology, USAProf. Yogesh Bhumkar
Professor, IIT Bhubaneswar
PhD: IIT KanpurDr. Sidharth Sharma
Engineering Lead, Anzen, UK
PhD: University of Huddersfield, UK; PostDoc: University of Nottingham, UK- Dr. Sandeep Mouvanal
Founder & CEO, Flowthermolab
MS, PhD, IIT Madras, Postdoc from University of Nottingham, UK
Course content in detail
Fundamentals of Aeroacoustics
- Fundamentals of sound waves and their propagation
- Importance of high-accuracy DRP schemes in CAA and spectral analysis of numerical methods
- Error dynamics and characteristics of signal propagation
- Simulation of sound propagation problems using high-accuracy schemes
- DNS studies of laminar flow problems in computational aeroacoustics
- Dispersive and dissipative characteristics of sound propagation in air
- Advanced topics and numerical analyses in CAA simulations
CFD of Aeroacoustics
- Modelling of Aeroacoustics using ANSYS Fluent
- System-level thinking for acoustic problems
- Understanding CAA and FW-H Model
- Modelling and solution decisions critical to flow-acoustics: Various scales of flow/noise propagation, boundary conditions (NRBCs, sponge layers…), CFL number, time-step size, mesh size, choice of turbulence formulation, FW-H surface, LEE domain, pressure probes etc.
- Post-processing of pressure data, FFT, chirp etc
CFD Tutorials and Case Studies
- Internal flow examples: ducts and turbomachinery
- External flow: Flow past an array of cylinders and drone noise
- Post-processing signals and validation
Frequently asked question
- Do I get a certificate?
Yes, once you attend the sessions and complete the assessment - What if I don’t understand some portion or need to clarify some doubts?
You can ask all your questions directly to the instructors during the workshop or later through forum discussions - Should I know programming to learn this course?
No - Is there any prerequisite?
The knowledge of basic fluid dynamics and Ansys Fluent will be useful.
Who is this course for?
- Bachelor students (Mechanical, Aerospace, Chemical, Civil Engineering)
- Researchers, master’s students, PhD students
- Practicing CFD Engineers who want to specialize in Aero-acoustics
Other details
- Total access to recordings of live sessions: 1 year
- Computer requirement: Minimum 4 GB RAM and i3 processor
- Software: ANSYS Fluent. You can download and install the free student version of ANSYS Fluent on your laptop, or provided by ANSYS for educational purposes.
Course Includes
- 8 Lessons
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