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- Recent submissions
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13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics 2017: Recent submissions
Now showing items 141-160 of 178
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(HEFAT, 2017)Vortex spinning technology is with the help of high speed swirling airflow to twist fibers with open ends to form the yarn. Spinning parameters, such as nozzle pressure, has a great effect on yarn properties. In this study, ...
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(HEFAT, 2017)Improvement of energy efficiency for key industrial sectors is of great importance today considering the potential economic and environmental benefits. The carbon capture, utilization and storage (CCUS) technologies are ...
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(HEFAT, 2017)The study of heat conduction in micro systems is a topic of interest as heat generation is a common issue in electronics. This paper will study heat conduction, using finite element simulations of a cross-sectional copper ...
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(HEFAT, 2017)Technological advancements to improve flow and heat transfer characteristics in many processes are of great interest. Many high performance systems demand simultaneously the compactness, efficiency and control of heat ...
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(HEFAT, 2017)The mathematical modeling of regenerators has been adressed over the years, and has reached a stage of maturity, allowing for the dynamic response of heat and desiccant wheels to be simulated as a function of several ...
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(HEFAT, 2017)Flow patterns depend on the mass flux and phase composition of the flow and also on the inclination angle of the tube. This work analyses the different flow patterns taking place in an inclined tube at 30 numerically. ...
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(HEFAT, 2017)A 76mm outlet diameter radial swirler with 8mm vane depth was investigated in a 140mm combustor diameter condensing 20 kW ultra-low NOx boiler. The aim was to show that small turbulent flames could achieve compact ultra-low ...
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(HEFAT, 2017)The results of experimental research and numerical modeling of convective heat and mass transfer during the sublimation of spherical particles of beta-diketonates of metals Cr(acac)3 and Zr(dpm)4 in a high-temperature ...
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(HEFAT, 2017)A heat exchanger dedicated to the cooling of a microprocessor has been designed and realized. This heat exchanger consists of a bottom wall in contact with the processor and a cover that has been dug to a depth of 200μm ...
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(HEFAT, 2017)Waste heat driven adsorption (AD) cycle has been employed in the industries for cooling and desalination because of their simple operation and low OPEX. In conventional AD cycle, the granular adsorbent are packed in the ...
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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)A detailed rigorous theoretical model has been developed to predict the transmembrane flux of a shell-and-tube type vacuum membrane distillation (VMD) module for seawater desalination. There are primarily two modes of ...
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(HEFAT, 2017)Natural convective heat transfer from a horizontal, upward facing circular isothermal heated surface imbedded in a large flat adiabatic surface has been numerically studied. The heated circular surface is covered with ...
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(HEFAT, 2017)The main goal of this study is to investigate the influence of apex angle and Reynolds number on the thermal hydraulic performance of triangular cross corrugated plates. More specifically this work focuses on triangular ...
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(HEFAT, 2017)Heat transfer by natural convection from a horizontal upward facing circular isothermal heated element that is imbedded in a horizontal, adiabatic surrounding surface has been numerically investigated. The element is ...
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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)The dynamic of a sessile droplet spread of a wetting Newtonian fluid into a porous substrate in the presence of evaporation and chemical reaction is considered. The function for capillary pressure is found to be different ...
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(HEFAT, 2017)Here, we propose an intelligent method for entrainment of air inside viscous liquids using submerged rotational mechanisms. A cylindrical disc is immersed inside liquid with its axis transverse to the nominal interfacial ...
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Thermo-hydraulic modelling of direct steam generation in a solar parabolic trough collector system (HEFAT, 2017)Direct steam generation using a solar parabolic trough collector for industrial process heat is gaining ground owing to the improved system performance and economic benefits. The major challenges in the design of a feasible ...
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(HEFAT, 2017)Thermal energy is at the heart of the whole energy chain providing a main linkage between the primary and secondary energy sources. Thermal energy storage (TES) has a pivotal role to play in the energy chain and hence ...
Now showing items 141-160 of 178