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The static and dynamic splitting of the flow relies on both variables and the governing equations. It’s easy to assume that any system can be split into a static flowfield and a… Read more
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Immediately download your ebook while waiting for your print delivery. No promo code needed.
The static and dynamic splitting of the flow relies on both variables and the governing equations. It’s easy to assume that any system can be split into a static flowfield and a dynamics flowfield. This is similar yet different than splitting the flowfield into a time average and an unsteady component. Mathematical, Numerical and Physical Reacting Fluid Dynamics discusses and analyzes the different techniques used to conclude key aspects of fluid dynamics, the analysis of mechanisms and the design of mechanical systems.
This book presents key aspects of the mathematics, the physics and the numerical approaches to extract key conclusions in terms of design of systems and in term of physical understanding of fluid mechanics. The merging of physics, computational methods and applications, with a flavor of practical engineering will appeal to both Masters’ and PhD students in mechanical and aerospace engineering as well as those in industry.
Shows the splitting of the flow into static and dynamic components, which is different from the conventional splitting into time-averaged and fluctuational parts
Emphasizes the numerical aspects and the issues related with turbulence modelling
Provides a critical analysis of numerical results versus available experimental and theoretical results
PP