Falling liquid films

by Kalliadasis, Serafim

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Title Statements

Full title :Falling liquid films / Serafim Kalliadasis [and others].

Edition Statements

Publication Date:2010.

Publication Statements

Publisher(s):Springer
Place of Publication:New York
Language:eng
Publication Date:2010.

The Physical Object

Description:xv, 440 pages : : illustrations ; : 25 cm

Edition Identifiers

ISBN:9781848823662, 1848823665
oclc:ocn761373901
LC Classification:QA1
Dewey Decimal:530.427

Machine generated contents note: 1.1.Brief Historical Perspective -- 1.2.Basic Phenomena of a Falling Film -- 1.2.1.Surface Wave Instability -- 1.2.2.Flow Evolution Features -- 1.2.3.Marangoni Effect -- 1.2.4.Inhomogeneous Heating -- 1.3.Mathematical Modeling and Methodologies -- 1.4.Structure and Contents of the Monograph -- 2.1.Governing Equations and Boundary Conditions -- 2.2.Dimensionless Equations, Scalings and Parameters -- 2.3.On the Development of the Nusselt Flat Film Solution -- 2.4.On the Two Wall Thermal Boundary Conditions: Retrieving ST from HF -- 2.5.Role of the Biot Number -- 3.1.Linearized Equations for the Disturbances -- 3.2.The Orr-Sommerfeld Eigenvalue Problem -- 3.3.Oscillatory Versus Stationary (or Monotonic) Instabilities -- 3.4.Transverse Perturbations: kx = 0, kz = k -- 3.4.1.Eigenvalue Problem -- 3.4.2.Neutral Stability Condition -- 3.4.3.Critical Condition and Long-Wave Expansion -- 3.5.Streamwise Perturbations: kx = k, kz = 0

Note continued: 3.5.1.Eigenvalue Problem -- 3.5.2.Neutral Stability Condition -- 3.5.3.Long-Wave Expansion -- 3.5.4.Critical Condition -- 3.5.5.Higher Order in the Long-Wave Expansion of the Dispersion Relation -- 3.6.Mechanism …

Subjects

Capillarité capillarity Chimie des surfaces Couches minces Couches minces -- Surfaces Dynamique des fluides Fluid Dynamics Liquides -- Surfaces Liquids -- Surfaces Ondes -- Modèles mathématiques Surface Chemistry Thin films Thin films -- Surfaces Waves -- Mathematical models