Document Type: Article All Authors / Contributors: A Kandasamy; R G Pai ISSN:1660-9336 BL Shelfmark:1574.900000 Language Note: English Unique Identifier: 780223289 Awards:
Download Entrance Region Flow of Casson Fluid in a Circular Tube - A Kandasamy; R G Pai | ePub
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Flow characteristics of the time-independent non-newtonian fluid obeying casson's steady state heat transfer to blood flow in the entrance region of a tube.
Keywords: entrance region flow, concentric annuli, heat transfer. Bingham fluid, casson fluid, herschel-bulkley fluids, yield stress.
Since most non-newtonian fluids are highly viscous, laminar flow is often entrance region of the duct or channel fluid elasticity has little influence on the flow.
Entrance region flow in concentric annuli with rotating inner wall for bingham non -newtonian fluid has been studied numerically.
Sep 19, 2014 velocity profile of a fluid in the entrance region of a pipe.
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In fluid dynamics, the entrance length is the distance a flow travels after entering a pipe before the flow becomes fully developed.
Studies have found that entry region in a concentric annulus.
Transfer for it base-fluid, showed non-newtonian characteristics, and the viscosity which increased with particle.
The hydrodynamic development of non-newtonian fluid flow in the entrance region of a duct with porous walls is examined numerically by solving the modified.
In this investigation the unsteady, laminar flow of a viscous, incompressible fluid in the entrance region of a circular tube is treated analytically and experimentally.
Simultaneous development of velocity and temperature profiles for laminar flow of a non-newtonian fluid in the entrance region of flat ducts.
The study of non-newtonian laminar flow heat transfer in thermal entrance region of an annuli is of practical importance in engineering applications such as design.
In the present investigation, the isothermal laminar flow of power law fluids in the entrance region of rectangular microchannels.
The flow of a fluid in a pipe may be laminar flow or it may be turbulent flow.
Nov 20, 2020 flow is analyzed in both the inlet and filled regions using an integral boundary layer method.
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