16 research outputs found
The Influence of the Horizontal Component of the Temperature Gradient on Nonlinear Oscillatory Convective Regimes in Multilayer System
No full textSymmetric and Asymmetric Convective Oscillations in a Multilayer System
No full textThe nonlinear development of oscillatory instability under the joint action of buoyant and thermocapillary effects in a multilayer system, is investigated. The nonlinear convective regimes are studied by the finite difference method. The rigid heat-insulated lateral walls, are considered. Transitions between the motions with different spatial structures are investigated. Specific types of flows, symmetric and asymmetric oscillations, have been found. It is shown that the oscillatory motion takes place in an interval of the Grashof number values bounded both from below-by the mechanical equilibrium, and from above-by the steady state. © Springer Science+Business Media B.V. 2010.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Nonlinear Waves in Two-Layer Systems with a Temperature-Dependent Interfacial Heat Release
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Nonlinear Convective Oscillations in Two-Layer Systems under the Action of the Horizontal Component of the Temperature Gradient
No full textNonlinear Convective Flows in a Laterally Heated Two-Layer System with a Temperature-Dependent Heat Release/Consumption at the Interface
No full textNonlinear Buoyant-Thermocapillary Waves in Two-Layer Systems with an Interfacial Heat Release
No full textStanding Oscillations and Traveling Waves in Two - Layer Systems with an Inclined Temperature Gradient
No full textLong-wave Marangoni Convection in Two-layer Films Under the Action of Gravity Modulation
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