Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Type "Presentation"
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- Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Type
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Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Type "Presentation"
Now showing items 1-20 of 293
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(HEFAT, 2016)This study is focused on numerical analysis of the thermal behavior within a scraped surface heat exchanger (SSHE) for threshold fluids (Bingham fluids). An innovative SSHE is considered which includes helical ribbon, ...
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(HEFAT, 2016)Companies which produce aluminum alloy ingots seek a final product without structural defects. One crucial factor is the cooling during the semi continual casting process. In the beginning of the process, most cracks are ...
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(HEFAT, 2016)Sadatomi and Kawahara developed an efficient, i.e., energysaving- type, multi-fluid mixer, which can generate mists (or micro-bubbles) by introducing pressurized air (or water) alone because water (or air) as a source ...
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(HEFAT, 2016)A brief general description of radiant ceiling systems and a detailed analysis of heat transfer are developed, covering such topics as materials and working principle. The most studied and documented heat flow patterns are ...
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(HEFAT, 2016)The aim of this study is to analyze and optimize a vertical axis Savonius-type wind turbine using Computational Fluid Dynamics (CFD). The study is developed in two parts. In the first part of the study, an analysis of the ...
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(HEFAT, 2016)In the near future renewable energy sources should play an important role in reaching economic competitiveness with fossil fuel for a change in the global energetic scenario in view of the fight against climate change. ...
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(HEFAT, 2016)Rapid mixing in micro-channels plays a significant role in the chemical, biological and medical fields. The majority of microfluidic applications is encountered in very low Reynolds number regime. Thus, two reactive fluids ...
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(HEFAT, 2016)Fuel cells that utilize hydrogen are promising energy conversion units that have a high intrinsic efficiency. However there are operational difficulties in storing hydrogen. One way to alleviate this problem is to ...
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(HEFAT, 2016)An analytically solvable mathematical model is presented to estimate heat transfer quantities in the film boiling region of metal quenched with water sprays. The model is based on the hydrodynamics of a single droplet which ...
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(HEFAT, 2016)The Fourier law of heat conduction is unable to describe the phenomena such as self-heating of micro-electronics, situations involving very low temperature near to absolute zero, heat transport in living tissues and heat ...
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(HEFAT, 2016)An analytical model earlier developed for calculation of transient phase-change material (PCM) melting (Dubovsky et al. [1]) proved to be a useful tool for use in the analysis of various structures. As shown in our ...
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(HEFAT, 2016)We present a thermodynamic model for the prediction of the performance records of a solar hybrid gas turbine power plant, with the aim to deliver to the grid an steady power output. The overall thermal efficiency depends ...
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(HEFAT, 2016)The present paper focuses on the unified modeling suite for annular flow that the authors have been developing in the last few years. Annular two-phase flow is one of the most important of the gas-liquid two-phase flow ...
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(HEFAT, 2016)This paper is evaluating the conceptual design, thermodynamic modeling and simulation and techno-economic assessments of hydrogen-based power generation using bioglycerol reforming at industrial scale with and without ...
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Blood viscoelasticity : experimental characterization and 2D-numerical simulation of the blood flow (HEFAT, 2016)Circulatory system diseases are the main cause of death in Europe and United States of America. This fact has promoted increasing research related to human body biomechanics. In this context, huge increase of computational ...
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(HEFAT, 2016)Heat transfer study was carried out on convective boiling of R134a through nine horizontally positioned, parallel microchannels. The microchannels were of circular cross sections with internal diameter and length of 0.77 ...
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(HEFAT, 2016)In this paper the response of the laminar boundary layer on a flat plate to arbitrary translation were investigated numerically. It was found that accelerating velocity profiles have steeper gradients in the near wall ...
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(HEFAT, 2016)Bubble dynamics of pool boiling of nanofluids has been experimentally investigated. The boiling surface was prepared with an average surface roughness of 120 nm. Alumina Oxide- water based nanofluids at a constant ...
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(HEFAT, 2016)Wall heat flux in the case of jet boiling is greatly dependent on bubble size under the jet. A new force balance model has been proposed to determine bubble size addressing the dynamic effect of the jet on a growing ...
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(HEFAT, 2016)The GSHP that use a direct expansion method is expected to have higher performance of energy-saving than the conventional type of the GSHP. We evaluated the quantity of heat by measuring temperature, humidity and flow rate ...
Now showing items 1-20 of 293