Computational fluid dynamics and Computational heat transfer
Numerical Simulation of a Solar Flat Plate Collector using Discrete Transfer Radiation Model (DTRM) – A CFD Approach
... Discrete Transfer Radiation Model (DTRM) so as to numerically simulate the solar collector for better understanding of the heat transfer capabilities of the ...using Computational fluid ...
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A validated computational fluid dynamics methodology for characterisation of fluid flow and heat transfer in unsteady jets
... significant heat transfer enhancement [26]-[29], while other studies reported no enhancement or even a reduction of the heat transfer using pulsating jet impingement ...stagnation heat ...
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Heat Transfer Rate Analysis by Computational Fluid Dynamics for Air Cooled IC Engine Fins
... ABSTRACT: In the automobile department, the immediate modifications are required to improve the working and the life of the auto parts such as engine, gear boxes etc. The engine life can be improved through the effective ...
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Computational analysis of helical coil Heat exchanger for Temperature and Pressure drop
... A computational fluid dynamics (CFD) methodology using ANSYS FLUENT ...the heat transfer and pressure drop characteristics in a helical coil heat ...
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Numerical and experimental study of flow in a gas turbine chamber
... in computational fluid dynamics ...of heat transfer along a flat plate using film cooling holes is a simplified model of relevance to the more geometrically complex case of ...
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Influence of urban form on the performance of road pavement solar collector system: symmetrical and asymmetrical heights
... Keyword: Urban Heat Island, urban street canyon, building simulation, Computational Fluid Dynamics, road solar collector, heat transfer... Previous related works have emphasised on the s[r] ...
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Computational Heat Transfer and Fluid Dynamics Analysis for Titanium Dioxide (TiO2) Deposition
... laminar fluid flow, which results from the stretching of a vertical surface with variable stream condition in a nanofluid due to solar energy, is investigated ...convective heat transfer performance ...
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Optimization of Heat Transfer Coefficient of Air Preheater using Computational Fluid Dynamics
... Pressure and temperature can be treated as two independent thermodynamic variables that define the equilibrium state of the fluid. Four additional variables listed above are determined in terms of pressure and ...
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Experimental Validation of a Computational Fluid Dynamics Methodology for Transitional Flow Heat Transfer Characteristics of a Steady Impinging Jet
... the heat transfer coefficient distributions of impinging jet ...and heat transfer trends; however the results for local heat transfer distributions do not consistently produce ...
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CFD Analysis of Two Pass Double Pipe Heat Exchanger with TiO2/Ethylene Glycol Nano Fluid
... cold fluid forced convection heat transfer under turbulent flow condition with different flow rates of 8, 10, 12, 14, 16 lpm and at various Nano fluid volume-fractions of ...hot fluid ...
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Energy thermal management in commercial bread-baking using a multi-objective optimisation framework
... verified heat transfer correlations and high fidelity Computational Fluid Dynamics (CFD) analyses to identify optimal combinations of design features which maximise desirable ...
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A numerical model for studying the thermal denaturation-aggregation of whey proteins under continuous thermal processing
... A computational fluid dynamics model was designed to study the problem of thermal processing of a liquid food product containing whey proteins within a heat exchanger consisting of heating, ...
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Renewable energy and Computational Fluid Dynamics
... in computational fluid dynamics are improving rapidly which makes it more and more reliable to tell the exact possibility of a ...problems. Computational fluid dynamics provides ...
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Study regarding the influence of the crimping angle on the performances of the heat exchangers
... for heat exchanger with high heat flow and low values for pressure ...the fluid distribution and heat ...from Computational Fluid Dynamics numeric simulation with the ...
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Computational Fluid Dynamics Analysis of Greenhouses with Artificial Heat Tube
... empirical heat transfer coefficients and provides ade- quate CPU (Computational Processing Unit) time and residual ...the Computational Fluid Dynam- ics code used in this ...
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Enhancement of Heat Transfer Performance for Rectangular Channel with Baffle Heat Exchanger Using Computational Fluid Dynamics Simulations
... strength heat exchangers are widely used in the aerospace industry due to their compact and light weight ...These heat exchangers are used only to control the aircraft, cool the aircraft and cool the fuel ...
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optimization of heat transfer coefficient of sthe using CFD
... on fluid flow and the heat transfer characteristics of a shell-and-tube heat exchanger for 0° and 20° baffle inclination ...non-commercial computational fluid dynamics ...
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Numerical investigations of convective phenomena of oil impingement on end windings
... complex fluid flows and detailed novel geometries, such as jet and end-winding interactions, is not well suited to lumped parameter thermal network (LPTN) analyses, due to their lack of fidelity and availability ...
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Combustion Characteristics and Stability of Methane-Air Mixtures in Catalytic Microreactors
... The combustion characteristics of methane-air mixtures in catalytic microreactors are studied using a two-dimensional computational fluid dynamics model. It is shown that the catalytic combustion of ...
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Computational Fluid Dynamics
... 3. INTEGRAL REPRESENTATION OF STEADY TRANSPORT EQUATION A steady diffusion-convective equation is an important class of partial differential equations, governing steady transport phenomena in fluid flow, e.g. ...
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