Some unsteady flows over a stretching sheet (Paperback)

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The partial differential equations arising in the study of non-Newtonian fluids offer many challenges not only to physicists and numerical analysts but also mathematician alike. Particularly the studies regarding the unsteady flows due to a stretching sheet is very scarce in the literature. Much attention has been given to the steady flow problems. Few attempts have been made regarding the unsteady flows. The main aim here is to develop the analytic series solutions using homotopy analysis method. One important aspect of these solutions is that these solutions are valid for all the dimensionless time values as most of the numerical solutions does not. In this particular book we have emphasized on the viscous and second grade fluids both for linearly and radially stretching sheets.

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Product Description

The partial differential equations arising in the study of non-Newtonian fluids offer many challenges not only to physicists and numerical analysts but also mathematician alike. Particularly the studies regarding the unsteady flows due to a stretching sheet is very scarce in the literature. Much attention has been given to the steady flow problems. Few attempts have been made regarding the unsteady flows. The main aim here is to develop the analytic series solutions using homotopy analysis method. One important aspect of these solutions is that these solutions are valid for all the dimensionless time values as most of the numerical solutions does not. In this particular book we have emphasized on the viscous and second grade fluids both for linearly and radially stretching sheets.

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Product Details

General

Imprint

Lap Lambert Academic Publishing

Country of origin

Germany

Release date

June 2010

Availability

Expected to ship within 10 - 15 working days

First published

June 2010

Authors

, ,

Dimensions

229 x 152 x 7mm (L x W x T)

Format

Paperback - Trade

Pages

116

ISBN-13

978-3-8383-5067-7

Barcode

9783838350677

Categories

LSN

3-8383-5067-7



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