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MIXING LAYER IN TWO-LAYER STRATIFIED FLOWS
Journal of Applied Mechanics and Technical Physics, 2022zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Liapidevskii, V. Yu., Chesnokov, A. A.
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Eddy‐induced mixed layer shallowing and mixed layer/thermocline exchange
Journal of Geophysical Research: Oceans, 2000The effects of eddies on the mixed layer and on the transfer of properties between the mixed layer and thermocline are studied in a high‐resolution model of an unstable front. A spring scenario is considered, with a mixed layer maintained against surface warming by wind mixing.
Nurser, A.J.G., Zhang, J.W.
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Surface mixed and mixing layer depths
Deep Sea Research Part I: Oceanographic Research Papers, 1995Abstract In order to understand the daily cycle of heat storage within the surface mixed layer it is necessary to distinguish between the mixed layer, the zone of relatively homogeneous water formed by the history of mixing, and the mixing layer, the zone in which mixing is currently active.
Keith E. Brainerd, Michael C. Gregg
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2010 International Conference on Computer and Communication Technology (ICCCT), 2010
In this paper, we present a new technique that transforms a photo to an image that has mixed-media nonphotorealistic painted look. The important work that has introduced the technique of generating images that have hand painted appearance using curved brush strokes of multiple sizes is given by Hertzmann.
Kapil Dev, Satish Chand
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In this paper, we present a new technique that transforms a photo to an image that has mixed-media nonphotorealistic painted look. The important work that has introduced the technique of generating images that have hand painted appearance using curved brush strokes of multiple sizes is given by Hertzmann.
Kapil Dev, Satish Chand
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Continuum breakdown in compressible mixing layers
Physical Review E, 2022Gas-kinetic simulations of rarefied and compressible mixing layers are performed to characterize continuum breakdown and the effect on the Kelvin-Helmholtz instability. The unified gas-kinetic scheme (UGKS) is used to perform the simulations at different Mach and Knudsen numbers.
Vishnu Mohan +3 more
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1998
The computational results for an unsteady mixing layer flow are presented. An implicit numerical scheme for the solution of the unsteady NS equations has been used in junction with an algebraic turbulent model. Computations were performed using both first and second order time accuracy.
S. Tsangaris, A. Pentaris, M. Thomadakis
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The computational results for an unsteady mixing layer flow are presented. An implicit numerical scheme for the solution of the unsteady NS equations has been used in junction with an algebraic turbulent model. Computations were performed using both first and second order time accuracy.
S. Tsangaris, A. Pentaris, M. Thomadakis
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SPIE Proceedings, 2003
We describe the performance of mixed-layer, small molecule organic light-emitting devices (OLEDs) that are step-graded from a mostly hole transporting layer (HTL) to a mostly electron transporting layer (ETL) from anode-side to cathode-side, respectively. The devices are based on a green, electrofluorescent dopant and achieve luminous efficiencies of >
Anna B. Chwang +2 more
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We describe the performance of mixed-layer, small molecule organic light-emitting devices (OLEDs) that are step-graded from a mostly hole transporting layer (HTL) to a mostly electron transporting layer (ETL) from anode-side to cathode-side, respectively. The devices are based on a green, electrofluorescent dopant and achieve luminous efficiencies of >
Anna B. Chwang +2 more
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1991
Despite important efforts of many scientists over the decades, turbulence continues to persist as one of the least understood field of fluid mechanics, and therefore much improvements in fluid flow systems are still expected from a better understanding of this physics.
Dany Vandromme, Hieu Haminh
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Despite important efforts of many scientists over the decades, turbulence continues to persist as one of the least understood field of fluid mechanics, and therefore much improvements in fluid flow systems are still expected from a better understanding of this physics.
Dany Vandromme, Hieu Haminh
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The Physics of Fluids, 1965
The radial pressure gradient in combination with either a positive or negative radial gradient of angular momentum makes possible the realization of two dynamically different flows. When the angular momentum gradient is positive, the flow is stable; when it is negative, the flow is unstable.
D.P. Margolis, J. L. Lumley
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The radial pressure gradient in combination with either a positive or negative radial gradient of angular momentum makes possible the realization of two dynamically different flows. When the angular momentum gradient is positive, the flow is stable; when it is negative, the flow is unstable.
D.P. Margolis, J. L. Lumley
openaire +1 more source