buoyancy driven flows

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Buoyancy Driven Flows

Author : Eric Chassignet
ISBN : 9781107008878
Genre : Science
File Size : 46. 73 MB
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"This book summarizes present understanding of buoyancy-driven flows for advanced students and researchers in oceanography, geophysical fluid dynamics, atmospheric science, and Earth science"--Provided by publisher.

A Study On Buoyancy Driven Flows Using Particle Image Velocimetry For Validating The Fire Dynamics Simulator

Author : Andreas Meunders
ISBN : 3958061737
Genre :
File Size : 86. 52 MB
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Modifications To The Simple Method For Buoyancy Driven Flows

Author :
ISBN : OCLC:654174300
Genre :
File Size : 55. 24 MB
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Simulation Of Laminar Buoyancy Driven Flows In An Enclosure

Author : EMEL SELAMET
ISBN : UOM:39015018969199
Genre :
File Size : 69. 55 MB
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rectangular cavity, three cells are found in the wide section.

Buoyancy Driven Flows Through Openings

Author : Gavin Miles James Davies
ISBN : OCLC:59607295
Genre : Density currents
File Size : 72. 63 MB
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Multidisciplinary Design Approach And Safety Analysis Of Adsr Cooled By Buoyancy Driven Flows

Author : Carlos Alberto Ceballos Castillo
ISBN : 158603720X
Genre : Science
File Size : 64. 74 MB
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"The energy consumption in the world is directly related to the economical growth. The International Energy Agency estimates a doubling increase of electricity demands in the next 25 years (Energy Outlook, 2004). Somehow, this growth must be satisfied without destroying the ecological equilibrium of our planet. For this reason, all sorts of energy resources, which are potential pollutants for the environment are being investigated, and their technologies improved, plus new renewable energies are developed. It is also evident that renewables will take several decades before they are able to substitute the present capacity and even more, to cope with the future energy demands. Nuclear energy is an air pollution free technology with the potential to satisfy the worlds energy demands for many centuries. However, some concerns about the use of nuclear energy have to be further developed in order to recognize nuclear energy as a sustainable option. This book deals with concerns such as the use of nuclear energy for weapons, the risk of accidents with radioactivity release and the waste management."

Buoyancy Driven Flows And Heat Transfer In Spherical Annular Enclosures

Author : Chandrasekhar Thamire
ISBN : OCLC:39081418
Genre : Fluid mechanics
File Size : 58. 46 MB
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Buoyancy Driven Flows And Heat Transfer Within A Vertical Porous Annulus Enclosed In A Cylinder

Author : Rabee Zuberi
ISBN : OCLC:797971078
Genre :
File Size : 20. 85 MB
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Buoyancy Driven Exchange Flow With Applications To Architectural Fluid Mechanics

Author : Saleh Nabi
ISBN : OCLC:959604233
Genre : Atmospheric circulation
File Size : 76. 16 MB
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Buoyancy driven flow between two finite zones containing fluid of slightly different density is investigated. Two zones separated by (i) a single common doorway, and, (ii) top and bottom vents. In the former case, a two-layer exchange flow develops once the barrier is removed. In the zone that initially contained dense fluid, a buoyant plume of light fluid mixes with the dense fluid leading, over time, to the development of non-trivial ambient density stratification. Meanwhile, dense fluid flows as a gravity current into the zone that initially contained light fluid. This gravity current reflects from the end wall and propagates back toward the opening in the form of an internal bore. When the bore reaches the opening the dynamics of the exchange flow are substantially altered. Such coupled dynamics of the two zones are modeled using elements of gravity current, internal bore and plume theory. Depending on the geometric parameters two scenarios are possible. Either the terminal position of the first front lies above the bottom of the barrier, or it lies below. In the latter case, the associated complications are (i) the nature of the exchange flow changes once the downward-propagating first front surpasses the bottom of the barrier, and, (ii) the terminal stratification in the zone that initially contains the light fluid now includes an intermediate layer. We also present a model that presumes that both zones remain well-mixed. When the two zones are separated by top and bottom vents, two oppositely directed exchange flows are generated. The transient evolution of the interface, stratification and buoyancy in each zone are estimated both for the case where the light zone does and does not contain a source of buoyancy. Attention is focused on the influence of the effective area, source buoyancy flux and the time during which the source is switched on. Similitude experiments help to identify the limitations of the analytical models for each scenario. The implications of our results on the design of multi-zone buildings that exploit passive heat gains are also discussed.

On Buoyancy Driven Flow In Porous Media Motivated By The Energy Industry

Author : William John Rayward-Smith
ISBN : OCLC:890151794
Genre :
File Size : 71. 33 MB
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