...=heater S. Sivasankaran can be contacted at: sd.siva@yahoo.com © Emerald Group Publishing Limited 2013 Mixed convection Lid‐driven cavity Discrete heating Heat transfer Liquid flow Numerical analysis B =uniform magnetic field B₀=strength of the magnetic...

... in the problem domain. © Emerald Group Publishing Limited 2012 Seepage flow Discrete singular convolution Mixed boundary conditions Discrete control systems Liquid flow The development and application of various numerical methods to solve engineering problems continue to get ever...

... Emerald Group Publishing Limited 2012 Self‐similar Bifurcating Large scale Tree networks Piping networks Dynamic analysis Differential‐algebraic DAEs Liquid flow Channel flow There is a need for better water distribution networks in both developed and developing countries...

... is √gL. In Section 3, the numerical discretization schemes to evaluate the governing equations are discussed. Jyh‐tong Teng can be contacted at: jtteng1@gmail.com © Emerald Group Publishing Limited 2011 Liquid flow Oscillations Fluid waves Simulation When a tank is subject...

... b_N = 1/2. O.D. Makinde can be contacted at: makinded@cput.ac.za © Emerald Group Publishing Limited 2010 Heat transfer Viscosity Liquid flow Thermal stability Convection Coding The problem of flow and heat transfer is of considerable interest in many engineering...

... al. (2006) and many researchers all over the world study different pump inducer geometry versions in order to achieve reliable and cavitation free operating characteristics Kim et al. (2006) . © Emerald Group Publishing Limited 2009 Cavitation Pumps Liquid flow Fluid...

..., Darcy number and Reynolds number on lift and drag coefficients, and the length of circulation zone or shedding period are studied. H.T. Low can be contacted at: mpelowht@nus.edu.sg © Emerald Group Publishing Limited 2009 Porous materials Liquid flow Laminar flow Numerical analysis...

... be contacted at: zhengjg9705@yahoo.com © Emerald Group Publishing Limited 2008 Simulation Liquid flow Mixtures Compressible flow Compressible multi‐fluid flows with interfaces are involved in many applications from gas mixing for combustion to bubbly flow and Richtmyer‐Meshkov...

... are presented and studied using a newly developed numerical approach. O.D. Makinde can be contacted at: makindeo@ul.ac.za © Emerald Group Publishing Limited 2008 Flow Liquid flow Number theory Viscosity Inertia Magnetism This paper extends the recent bifurcation study of Makinde...

.../value This study provides an interesting method to improve heat transfer in a double pipe heat exchanger by use of porous fins. © Emerald Group Publishing Limited 2008 Heat exchangers Liquid flow Heat transfer Numerical analysis C_p=specific heat at constant...

... (m^{3) A.G. Malan can be contacted at: a.g.malan@up.ac.za © Emerald Group Publishing Limited 2008 Pipes Gas flow Liquid flow Simulation A=cross sectional area (m2) c=flow loss coefficient, c=c(K) J=number of pipe}...

... for peculiar given values. Then, from this reference case, we study the influence of the different parameters (thermodynamic characteristics of the constituents, Stefan number, porosity) on the equilibrium time. © Emerald Group Publishing Limited 2005 Metals Heat transfer Liquid flow Numerical...

... and ρU², respectively. Liquid flow Numerical analysis Mathematical modelling a amplitude of the impulse wave d still liquid depth F elevation function Fr Froude number, U/√gL Fˆ ^(q) Fourier pseudospectral matrix for the qth...

... Reynolds number U_j average velocity component u fluid velocity vector u_j fluctuating velocity component © Emerald Group Publishing Limited 2005 Erosion Heat exchangers Shell structures Liquid flow b...

... J_N=parameter averaging starts from J_N time step J_M=parameter averaging stops at J_M time step k_B=Boltzmann's constant © Emerald Group Publishing Limited 2004 Liquid flow...

... =source term in momentum equation s=arclength of interface t=time U =face‐centered velocity vector u =cell‐centered velocity vector © Emerald Group Publishing Limited 2004 Heat transfer media Liquid flow Flow measurement C=curve...

... u(s) on free surface A_∞B and the velocity potential φ(s) have converged to within the required level of accuracy, say ε, such that Equation 26 © MCB UP Limited 2003 Flow Liquid flow Fluids Differential equations The study...