Lecture
Parallel Flow Concepts: Mixing Layers
In course
DEMO: sit tempor
Magna culpa in ipsum minim exercitation adipisicing occaecat esse nostrud. Cillum nulla sint ut esse tempor ad consequat est nisi. Proident pariatur elit in deserunt excepteur magna veniam proident ad consequat elit est.
Description
This lecture covers the effect of velocity ratio in parallel flow, hyperbolic tangent mixing layers in 2D, and the spatial and temporal approaches to analyzing them. It also delves into broken-line profile mixing layers and the dispersion relation, as well as solving the Rayleigh equation for real and complex values. The concepts of perturbation growth and decay in time and space are explored, along with the significance of eigenvalues in stability analysis.
Instructor
cupidatat aliquip laboris
Lorem aliquip qui est labore magna aute. Voluptate est ullamco anim ex ex laboris eu duis aliquip aliqua voluptate ut. Reprehenderit do in eiusmod mollit excepteur nulla pariatur fugiat nisi dolore amet. Ex eiusmod deserunt ullamco cillum. Voluptate elit anim voluptate mollit proident incididunt.
Official source
About this result
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.