Entropy generation through heat and fluid flow pdf

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entropy generation through heat and fluid flow pdf

Entropy Generation Through Heat and Fluid Flow : Adrian Bejan :

CiteScore 0. This article deals with the investigation of three-dimensional axisymmetric steady flow of micropolar fluid over a rotating disk in a slip-flow regime. Further, the generation of entropy due to heat transfer and fluid friction is identified. It is noticed that the entropy generation can be decreased and controlled in the presence of slip. The anisotropic slip has vital characteristics and it has a great influence on the flow field and heat transfer. The impact of some important parameters on velocity profiles, angular velocity microrotation and energy distribution is discussed and illustrated through graphs and tables. The effects of physical parameters on the entropy generation and Bejan numbers are also presented graphically.
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Video 8 Entropy generation in Irreversible Heat Transfer

Applied Mathematics and Mechanics. The entropy generation and heat transfer characteristics of magnetohydro-dynamic MHD third-grade fluid flow through a vertical porous microchannel with a convective boundary condition are analyzed.

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Recommend Documents. Heat Mass Transfer, 87-92 Many studies [ 19 - 21 ] are established to examine the slip effect on the different fluid flows and it has been noticed that the slip condition is significant generration increase flow pressure when the characteristic size of the flow system is low, L. Erbay.

Lee, K. The equations describing flow and heat transport along with boundary conditions are first made dimensionless using proper non-dimensional transformations and then solved numerically via the finite element method FEM. All the input parameters dpf in analysis are as those used by Singh et al. Entropy generation due to 2.

The book is recommended for senior level and graduate courses covering the topics of heat transfer, turbulent flow and thermodynamics. Close Send! Entrop is evident that for constant geometric ratios and heat transfer rates, the increase in Reynolds number will enhances the entropy generation ratio and at Reynolds. Basant K.

Heat Mass Transfer, Baag. Analysis of entropy generration rate in an Entropy generation minimization studies are vital for unsteady porous channel flow with Navier slip and ensuring optimal thermal systems in contemporary convective cooling. Rafati et al.

Faculty of mechanical engineering, Semnan University, Semnan, Iran. Entropy generation calculation for laminar fully developed forced flow and heat transfer of nanofluids inside annuli.
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Their values, Analysis of entropy generation between co-rotating cylinders using nanofluids. One of the plates is held at rest and the other one move with a uniform velocity is called Couette flow. The bulk velocity of 0. Zeinali Heris, the last line of the Fig.

Behzadmehr. The present analysis is an generation on thermal management during natural attempt to fill the void and to entropy optimization. Constant heat fluxes at inner surface of the annuli are considered and fully developed condition for fluid flow and heat transfer is assumed. See all formats and pricing Online.

Motivated by the aforementioned work, the present research examines the comprehensive study hfat micropolar fluid flow over a rotating disk along with anisotropic slip and the dissipation effects. The distinction between porous pipe with buoyancy effects was presented by reversible and irreversible process was first introduced in Chinyoka et al. Citing Articles Here you can find all Crossref-listed publications in which this article is cited. The variation in temperature for different values of Fluir Figure 13 displays the effect of radiation parameter Brinkman number Br are shown in Figure 7.

The present analysis is an generation on thermal management during natural attempt to fill the void and to entropy optimization. As the number of grid elements was increased, the convergence of the Nu number was observed. Shashikumar B. The thermodynamic irreversibilities can generatioh measured by considering the entropy generation analysis in the system and can be applied to any character of the energy conversion scheme.

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Motivated by the aforementioned work, the present research examines the comprehensive study of micropolar fluid flow over a rotating disk along with anisotropic generaation and the dissipation effects. The bottom plate moves in either parallel or in inverse direction to the flow. One of the plates is held at rest and the other one move with a uniform velocity is called Couette flow. Hussain, et al.

Entropy generation in dissipative flow of Williamson fluid between two rotating disks. Online ISSN. Show Summary Details. Mahian, Sh.

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  1. Entropy generation through heat and fluid flow / Adrian Bejan. - Version details - Trove

  2. Heat Transfer. More complex fluids can be described by the extension flujd Newtonian fluids to the theory of micropolar fluid flow. The flow over a rotating disk is important because of its wide applications in many engineeringgeothermal, the internal energy u is a function of its temperature. For an incompressible nanofluid.

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