Browsing 13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2017 by Issue Date
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- Browsing 13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2017 by Issue Date
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Browsing 13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2017 by Issue Date
Now showing items 1-20 of 178
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(HEFAT, 2017)Even though most part of the planet is covered by water, many regions experiences situation of severe draught. Solar still devices presents as a solution to scarcity of water in hot climate regions, where electricity ...
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(HEFAT, 2017)The transitional flow regime has been mostly avoided by designers due to uncertainty and perceived chaotic behavior. Previous work done in the transitional flow regime did not focus specifically on the effects of free ...
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(HEFAT, 2017)We have obtained an extensive data set of heat transfer coefficient (HTC) measurements in (R-218, C3F8)/(R-116, C2F6) zeotropic refrigerant blends. A horizontal thin-wall tube with a circular cross-section and diameter ...
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(HEFAT, 2017)In traditional design and optimization of vehicle’s aerodynamic performance, there are few considering about engine compartment’s influence on vehicle's air resistance. In order to find out the engine compartment’s influence ...
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(HEFAT, 2017)Mathematical modelling is playing an important role in providing good understanding of heat and mass transfer in food processing. It has also been used to assess both microbial and biochemical changes in foods during ...
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(HEFAT, 2017)By considering quantum friction, heat resistance and heat leakage, this paper establishes a quantum Brayton heat pump model. The working substance is a two-level spin-1/2 system, and the cycle has four branches: two ...
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(HEFAT, 2017)The transitional flow regime in the pressure drops of tube with twisted tape inserts is presented in this experimental investigation. This region of transition has not been previously identified for friction factors ...
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(HEFAT, 2017)Electroporation, electropermeabilization or pulsed electric field treatment is the application of electric pulses of sufficient amplitude to target tissue, which entails not only permeabilization of cell membranes, but ...
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Design and performance of single loop pulsating heat pipe capable of working in horizontal position (HEFAT, 2017)Pulsating Heat Pipe (PHP) is a promising device for heat transfer and became popular in last two decades. Heat transfer in PHP is a combination of sensible and latent energy exchange. Interfacial processes like bubble ...
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(HEFAT, 2017)The performance of a transcritical CO2 based refrigeration system is highly sensitive to the gas cooler pressure and exit temperature. This is due to the peculiar s-shape of the isotherm in the supercritical region. ...
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(HEFAT, 2017)This paper reviews the quenching of a moving metal sheet with series of jets from a mold. Experiments were conducted on various samples and the temperature on the back side of the plate was measured using an infrared ...
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(HEFAT, 2017)The study explores the heat transfer capabilities of novel heat sinks fabricated by Selective Laser Melting (SLM), an additive manufacturing technique, subjected to an air jet impingement. Four different heat sinks were ...
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(HEFAT, 2017)The flow regime at which a fluid flows is very important in heat transfer engineering and also analogous to the rate of energy consumption in the domestic or industrial applications of heat exchangers. In this article, ...
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(HEFAT, 2017)The optimization of cooling hole geometry for combined impingement and effusion cooling of gas turbine combustors was investigated. The most common design is for there to be equal number of impingement and effusion holes. ...
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(HEFAT, 2017)Oxidation of fuel-cladding during a hypothetical severe accident in light water reactors is theoretically investigated in an attempt to realistically simulate the time dependent heat generation in a partially uncovered ...
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(HEFAT, 2017)One of the most restricting factors in the performance of industrial heat transfer processes is the low thermal conductivity of the thermal fluids commonly used. Hence, dispersions of nanoparticles with high thermal ...
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(HEFAT, 2017)Transient conjugated heat transfer in thick walled pipes with thermally developing laminar flow is analyzed. Effects of axial fluid conduction as well as radial and axial wall conduction are involved. The problem is ...
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(HEFAT, 2017)This study focuses on the influence of the internal flow condition on turbine blade showerhead region film cooling. The elliptical leading edge model has five rows of film cooling holes with 15 holes each at fixed ...
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(HEFAT, 2017)In this study, a wall layer model under the equilibrium assumption and in the large eddy simulation (LES) framework is applied to simulate the suspension of the sand particles in a turbulent open channel flow of water. ...
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(HEFAT, 2017)Absorption-refrigeration systems are emerging as an important technology for the utilisation of low- and mediumtemperature thermal-energy, such as renewable- and waste-heat sources, as a means of addressing the quickly ...
Now showing items 1-20 of 178