Computational Fluid Dynamics MSc by Research  Computational Fluid Dynamics MSc by Research Cranfield University ../webroot/files/Institutions/cover_photo/1534075218Cranfield-University.jpg

Computational Fluid Dynamics (CFD) has grown from a mathematical curiosity to become an essential tool in almost every branch of fluid dynamics, from aerospace propulsion to weather prediction. In design and development, CFD programs are now considered to be standard numerical tools, widely utilised within industry. Offering excellent employment prospects, there is a considerable demand for specialists in the subject, to apply and develop CFD methods throughout engineering companies and research organisations. This course is a research-based Masters level course, supplemented by a series of specialist taught modules in different aspects of computational fluid dynamics. The modules are optional, but highly recommended for all students.The degree awarded is an MSc by Research Available modules include: Fundamental Fluid Dynamics Turbulent Flows Numerical Methods Incompressible Flows Shock Capturing Grid Generation High-performance Computing Validation and Verification. The course is assessed by the submission of a written thesis, followed by a formal viva voce. Candidates are able to select appropriate research topics in discussion with the supervising academic staff. Projects are offered in all aspects of computational fluid dynamics including industrial applications, physical modelling, algorithm development and highperformance cluster and grid computing. The research thesis allows you to further develop your particular area of interest, often providing an opportunity to collaborate on industrially relevant and supported projects. If you are interested in this course and want to find out more, why not attend our Open Day on 23 July 2008. For further information, please visit http:www.cranfield.ac.ukstudentsopenday Or Why not register to attend one of our on-line Open Days, for details please click on http:www.cranfield.ac.uksoeeventspage9767.jsp