A Comprehensive Investigation OfHydrodynamic Instability

作者: M. Rahman , S. H. Mousavizadegan

DOI: 10.2495/1-85312-785-X/06

关键词: Reynolds numberNonlinear systemSection (archaeology)PhysicsInstabilityHagen–Poiseuille equationHydrodynamic stabilityInviscid flowClassical mechanicsPlane (geometry)

摘要: This chapter is mainly concerned with a comprehensive investigation of hydrodynamic instability. It contains two parts: the first part deals reviews elementary instability, whereas SECOND some advanced studies instabilities linear and nonlinear dispersive waves in water finite infinite depths. Section 1 introduction instability; hydrodynamics stability preliminaries are discussed 2 it followed by centrifugal instability 3. Mathematical details between rotating concentric cylinders described 4, while two-dimensional parallel flows 5. The twodimensional at Reynolds numbers 6. plane Poiseuille briefly illustrated 7. foregoing sections give preliminary intuition about flows. presented following four sections, which related to ocean waves. 8 due Benjamin Feir [1]. Rayleigh−Taylor 9, their 10. concludes brief study Kelvin−Helmholtz inviscid streams, 11.

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