Nonlinear instability, chaos and turbulence
著者
書誌事項
Nonlinear instability, chaos and turbulence
(Advances in fluid mechanics / series editor, M. Rahman, 20,
WIT Press/Computational Mechanics, c1998-c2000
- v. 1
- v. 2
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注記
v. 1: 336 p., [11] p. of plates : ill.
内容説明・目次
- 巻冊次
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v. 1 ISBN 9781853125157
内容説明
This is a collection of research and research-expository articles written by leading experts who have made important contributions to the areas of non-linear instability, chaos and turbulence. It brings together developments in the theory and applications of the subjects and related topics which are likely to determine fruitful directions for further study and research. It is also intended as a reference guide for the readers interested in advance study and research in non-linear phenomena.
目次
- Differential rotation in convection dynamos
- Some recent developments in the theory of convection in rotating systems
- Generation of salt-finger convection by a lateral temperature gradient in a stratified fluid
- Nonlinear interaction of standing waves with Faraday excitation
- Wavelet transforms, fractals and turbulence
- Instability of a precessing body with a fluid-filled cavity
- Instability and turbulence in convective flows in porous media
- On the nonlinear instability of strong wavy shear to longitudinal vortices
- High gravity convection in a mushy layer during alloy solidification.
- 巻冊次
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v. 2 ISBN 9781853127304
内容説明
The second volume in a study of nonlinear stability, chaos and turbulence. It demonstrates the importance of mathematical, computational and experimental techniques to the advancement of research in nonlinear instability, chaotic motions and turbulent flow systems.
目次
- Turbulence evolution in vortex-dominated flows
- archetypal analysis of data from spatially extended dynamical systems
- Ginzburg-Landau theory and symmetry
- hydrodynamic alpha-effect in a convective system
- dynamical systems and the kinematics dynamo
- investigation of fine-scale turbulence in shear flows using the PVC technique
- burst mechanisms in hydrodynamics
- instability of multi-layer flows
- thermal effects and plasma absorption in laser materials processing
- nonlinear thermal instability in sperical shells.
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