CFD in Turbomachinery Short Courses
Computational Fluid Dynamics, or CFD is an essential tool in the design process of turbomachinery. Nonetheless, the accuracy of performance data obtained from CFD typically depends on the skill of the designer/engineer in generating grids, selecting the turbulence closure, setting up boundary conditions, and interpreting results. The purpose of this short course is to enhance the skills of CFD practitioners in this field by reviewing the state of the art of CFD for turbomachinery design and analysis and to present the latest achievements in CFD with an outlook toward this class of applications. The three days course is organised as a series of monographic lectures by the Department of Mechanical Engineering and Aeronautics at City, University of London covering all the key aspects that may be encountered to achieve reliable numerical predictions and to estimate the associated uncertainties.
The list of lecturers includes some of the most prestigious academic figures, leading professionals in the turbomachinery industry and developers of commercial CFD software.
The list of confirmed speakers includes:
- Prof. Ugo Piomelli - Queens University Canada
- Prof. Ricardo Martinez Botas - Imperial College
- Prof. Li He - Oxford University
- Prof. Abdulnaser Sayma - City, University of London
- Prof. Alfredo Pinelli - City, University of London
- Dr Senthil Krishnababu - Siemens
Dates and Fees to be confirmed
There are no specific eligibility criteria. Nonetheless, this course is especially addressed to:
- Employees within industry looking to use CFD in turbomachinery analysis in the field;
- Researchers or postgraduate students who plan to use CFD methods as part of their research project;
- Experienced engineers looking for a refresher course.
All postgraduate students (MSc and PhD) will have a special fee reduction (50% of the standard fee). All registrations and payments made before May 1st will receive a 10% discount. ETN members will receive a 20% discount.
English language requirements or otherwise: all lectures will be delivered in English.
What will I learn?
The course features lectures on:
- Compressible Navier-Stokes Equations and Finite Volume Formulation
- Structured and Unstructured Grid Generation
- Turbulence modeling and closure (RANS, LES and DES)
- CFD Method for design
- Physical characterization of unsteady flows in turbomachines
- Application Case Studies Using Commercial Packages.
Teaching and Assessment
The course is divided in two sections. The first one, covered during the first day will introduce the basic concepts of Computational Fluid Dynamics with special emphasis on the finite volume method. The second part of the course (date to be confirmed) will focus on CFD topics related with flows in turbomachinery. The second part of the course will be structured as a set of specialised lectures.
Applicants can freely choose between the 3 days course or the 2 days specialised course. There will be no assessment process.
Notes and other material that will be presented during the course will be distributed to all attendees.