Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Issue Date
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- Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Issue Date
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Browsing 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2016 by Issue Date
Now showing items 1-20 of 293
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(HEFAT, 2013)IC Engine based tri-generation system are readily available in market today. Although such systems are highly efficient, they are mostly based on petroleum and diesel hence, are less environment friendly. This paper presents ...
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(HEFAT, 2016)Concrete sandwich panels are widely used building elements. They are made by two reinforced concrete wythes separated by a layer of lightweight material: the central layer is inhomogeneous due to the presence of concrete ...
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(HEFAT, 2016)The subsurface nuclear waste repositories have several engineered and natural barriers that isolate the radioactive material from the human's environment until the radio-toxicity of the waste decays to insignificance. One ...
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(HEFAT, 2016)Drag reduction in turbulent flow of hydrocarbons containing small amounts of high polymer was first reported by Toms about 70 years ago. Previously, Mysels and his coworkers had observed similar behavior in solutions ...
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(HEFAT, 2016)Information on the interactions between ionic liquids and molecular solvents are essential for the understanding of the function of ionic liquids in related procedures, and excess properties are sensitive probe for studying ...
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(HEFAT, 2016)This study numerically investigated influence of nonuniform circumferential heat flux distributions boundaries on secondary flow, internal heat transfer and friction factor characteristics of a horizontal circular tube ...
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(HEFAT, 2016)The present study deals with a slot fluid jet impinging onto an electrically heated circular cylinder in water. The continuous and synthetic jets were tested. The slot nozzle width was 0.36 mm, the cylinder diameter was ...
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(HEFAT, 2016)The liquid piston concept is suggested to improve the efficiency of compression and expansion steps in thermodynamic processes, due to near isothermal compression or expansion. Within the concept a liquid piston is utilized ...
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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 ...
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(HEFAT, 2016)An oil leakage monitoring system (OLMS), which is used for monitoring oil leakage in a conduit, is tested in this study. The OLMS consists of a pair of ultrasonic flow sensors and a test conduit which is vertically ...
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(HEFAT, 2016)Two-dimensional numerical simulations are conducted for natural convection in an enclosure with a hot inner cylinder located at the center in the Rayleigh number range from 105 to 106. The Prandtl number is set to be 0.7 ...
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(HEFAT, 2016)Energy recovery and production in oil refinery pre-heat trains are greatly affected by fouling, the progressive build-up of unwanted material on the heat exchanger surfaces. Even when good design practices, operation ...
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Effect of temperature on physical properties for binary systems: deep eutectic solvent and alcohols (HEFAT, 2016)Compared with the conventional Ionic Liquids, Deep Eutectic Solvents (DES) are more biodegradable and biocompatible. Moreover, they are easily prepared with high purity at low cost. Because of this, an extensive study of ...
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(HEFAT, 2016)In this experimental investigation the influence of buoyancy driven secondary flow on the effective length-wise heat transfer coefficient in a circular horizontal tube is considered for liquid water at different applied ...
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(HEFAT, 2016)The report shows experience in implementing two-phase flow-meters for helium, hydrogen, liquefied natural gas (LNG), and oil-salty/formation water mixtures. Two types of such devices are presented. The first type is ...
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(HEFAT, 2016)The efficiency of expanders is of prime importance for various clean energy technologies. Once mechanical losses (e.g. through valves) are minimized, losses due to unsteady heat exchange between the working fluid and ...
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(HEFAT, 2016)Species, energy and momentum conservation equations are solved in spherical symmetry and under ideal gas approximation, to yield an analytical model capable to evaluate the heat transfer and the evaporation rate from a ...
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(HEFAT, 2016)In this research Lagrangian method is employed to track the nanoparticles inside a differentially heated walls nanofluidfilled cavity in natural convective flow. The thermo-physical properties of the solid-liquid mixture ...
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(HEFAT, 2016)In the present study, an improved laminar-turbulence transition model γ−Rẽθt−CF+ has been developed for simulating three-dimensional flow transition, including the effect of interaction between the Tollmien-Schlichting ...
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(HEFAT, 2016)The formation of solid CO2, commonly known as ‘dry ice’, resulting from the near-isentropic expansion of CO2 to pressures below its triple point (5.18 bar), is of significant practical importance for the design and safe ...
Now showing items 1-20 of 293