... technique Differential equations Approximation theory In this paper, we have used HPadéM to solve equation (1). This technique seems to be very powerful and efficient in finding analytical solutions for a large class of nonlinear differential equations. The advantage of HPadéM is its flexibility...

... and Darvishi, 2005 ; Gülsu and Öziş, 2005 ; Öziş and Aslan, 2005 ; Aksan et al., 2006 ; Liu, 2006 ; Öziş and Erdoğan, 2009), however, the methods mentioned have some merits as well as limitations in their applicability. Differential equations Approximation theory © Emerald Group...

... methods of solution for the 3D VSL equations. S. Noori can be contacted at: s_noori@aut.ac.ir © Emerald Group Publishing Limited 2008 Viscosity Heat transfer Approximation theory e_ξ¯,e_β¯,e_n...

... Approximation theory Micro‐electro‐mechanical‐systems (MEMS) devices with dimensions ranging from 100 to 1 μ have found many applications in engineering and scientific researches (Gad‐el‐Hak, 1999). The fast development of these devices motivated the study of the fluid flow in MEMS (Arkilic...

.... Equation 9 Todor D. Todorov can be contacted at: t.todorov@yahoo.com © Emerald Group Publishing Limited 2007 Finite element analysis Boundary‐elements methods Approximation theory Computation of boundary‐flux is well motivated concerning various engineering problems...

... diffusion, respectively, or the Soret and Dufour cross‐diffusion effects, respectively, by analogy with the terminology employed in transport phenomena and, especially, in combustion (Williams, 1985). © MCB UP Limited 2003 Physical properties of materials Approximation theory govern...