Analyzing the Flow and Heat Transfer of a Power-law Fluid over an Unsteadily Stretched Surface using a Modified Homotopy Perturbation Method

Articles in the same Issue

1. CONTENTS
2. Numerical and Experimental Study on Dielectrophoretic and Electrohydrodynamic Traps using Micro-Particles on an Interdigitated Electrode Array System
3. Casimir Type Effect in Scale Relativity Theory
4. Chaotic Dynamics in Ecological Time Series: 22-year Study of a Natural Population
5. Effects of Solid Compressibility on Responses of Hydrated Soft Biological Tissues
6. Analysis of a Game Model with Nonlinear Demand Functions for Real Estate Market
7. A Fractional Model of Labyrinth Chaos and Numerical Analysis
8. Analyzing the Flow and Heat Transfer of a Power-law Fluid over an Unsteadily Stretched Surface using a Modified Homotopy Perturbation Method
9. Determination of Buckling Loads and Mode Shapes of a Heavy Vertical Column under its own Weight Using the Variational Iteration Method
10. He's Variational Approach to Multiple Coupled Nonlinear Oscillators
11. Injection Flow Past a Porous Plate: Solution to an Unsolved Problem
12. Simulation of Heat and Chemical Reactions on the Peristaltic Flow of a Johnson Segalman Fluid in an Endoscope